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                               3D MicroPrint GmbH

     • Technology

          • What is Micro Laser Sintering?
          • Benefits
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   _____________________
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                             Micro laser sintering

   ══════════════════════════════════════════════════════════════════════════

                      Macro possibilities Micro boundaries

   ══════════════════════════════════════════════════════════════════════════

                                Macro advantage

What is Micro Laser Sintering?

   Micro laser sintering uses a powder bed and laser technology the
   manufacture micro parts. After a thin layer of powder is coated on a
   platform, a laser beam fuses the cross-section of the desired part. The
   platform is lowered by a layer and the process of powder coating, fusing
   and platform lowering is repeated until the entire part is manufactured –
   layer by layer.

   Read more

Benefits

    

   Freedom of design enables innovative lattice, lightweight or dynamic
   structures

   Time-to-market reduction by fast feasibility feedback and cost efficient
   small series

   Stress-free customization of individualized parts like medical implants

   Cost advantages by integrated functionality

   Reduced resource consumption

   Read more

     • 
       What is Micro Laser Sintering?
     • 
       Benefits

   New challenges for micro parts?

   Let’s find a solution together

Case study lattice structures

   Complex 3D lattice structures – Micro Laser Sintering enables maximum
   functionality by minimum material use

   Lattice structures are used to save weight without sacrificing stability
   of parts. Furthermore these structures can also realize functions like
   shielding, guiding or separating fluids in medical devices, reactors, heat
   exchangers, fuel cells and other microfluidic applications.

   Read more...

   3D MicroPrint enables finest 3D lattice structures

Case study grabber

   Cost reduction by saving assembling – Functional module built at-once by
   Micro Laser Sintering

   Grabbers or manipulators are used in numerous branches from medical
   technology to aerospace. Using conventional technologies such a grabber
   has to be assembled at least of four single pieces. The smaller the parts
   become, the more difficult the secure assembling of the tiny components
   is.

   Read more...

   CAD view pivot joint

Case study TLS-cooling nozzle

   Innovative part design optimized by Micro Laser Sintering – the key to
   success

   In the semiconductor industry the process TLS-Dicing is used to separate
   wafers. Therefore the german company 3D-Micromac AG offers an appropriate
   manufacturing system. This process is based on thermally induced
   mechanical forces separating brittle semiconductor materials like silicon
   or SiC. Combining a defined voltage field, a laser-based heating and water
   cooling immediately after, a single crack is generated in order to
   separate the chips from a wafer. For the water cooling a spray nozzle is
   used which has been assembled out of seven conventionally manufactured
   components so far.

   Read more...

   side view

Products

  Services

   You have the application, we do have the experience with Micro Laser
   Sintering. With our engineering services we make your application parts 3D
   [...]

  Parts

   3D MicroPrint GmbH provides the complete solution chain for the production
   of precisely printed metal parts. Experience high precision in 3D [...]

  Machines

   3D MicroPrint’ s machines deliver best results in terms of detail
   resolution, accuracy and surface finish for 3D printed micro metal [...]

News

   News
   02/2017

  3D MicroPrint GmbH contributes the secured 3D printing project SAMPL

   While the 3D printing technology is evolving rapidly worldwide,
   appropriate solutions for license management and security aspects in
   additive manufacturing are still not available. 3D MicroPrint GmbH joint
   the research project SAMPL (Secure Additive Manufacturing Platform) to
   delve into those topics.

   Read more...

   News
   02/2017

  Meet us at the intec in Leipzig

   This years intec in Leipzig hosts a special technology forum about
   additive manufacturing from March 8th -9th 2017.
   You can meet us on those days ins Hall 3, booth C60.

   We are looking forward to welcome you!
   For questions and appointments ahead please contact
   martina.griessbach@3dmicroprint.com.

   Read more...

About 3D MicroPrint GmbH

   3D MicroPrint GmbH is a german company and specialized in the production
   of micro metal parts by Micro Laser Sintering and the sale of the
   associated machines.

   Read more...

Contact

   3D MicroPrint GmbH

    Technologie-Campus 1
    09126 Chemnitz
    Germany

   +49 371 5347 843
   +49 371 5347 836
   info@3dmicroprint.com

   First Name * _________________________________________
   Last Name * _________________________________________
   Email address * _________________________________________
   Message *
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   * Mandatory fields
   _________________________________________ Please leave this field empty.
   [ Submit ]

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                               3D MicroPrint GmbH

     • Technology

          • What is Micro Laser Sintering?
          • Benefits
          • Case Studies

     • Products

          • Services
          • Parts
          • Machines
          • Material

     • Company

          • About 3D MicroPrint GmbH
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          • Contact
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     • 



   _____________________
   Search

                             Micro laser sintering

   ══════════════════════════════════════════════════════════════════════════

                      Macro possibilities Micro boundaries

   ══════════════════════════════════════════════════════════════════════════

                                Macro advantage

What is Micro Laser Sintering?

   Micro laser sintering uses a powder bed and laser technology the
   manufacture micro parts. After a thin layer of powder is coated on a
   platform, a laser beam fuses the cross-section of the desired part. The
   platform is lowered by a layer and the process of powder coating, fusing
   and platform lowering is repeated until the entire part is manufactured –
   layer by layer.

   Read more

Benefits

    

   Freedom of design enables innovative lattice, lightweight or dynamic
   structures

   Time-to-market reduction by fast feasibility feedback and cost efficient
   small series

   Stress-free customization of individualized parts like medical implants

   Cost advantages by integrated functionality

   Reduced resource consumption

   Read more

     • 
       What is Micro Laser Sintering?
     • 
       Benefits

   New challenges for micro parts?

   Let’s find a solution together

Case study lattice structures

   Complex 3D lattice structures – Micro Laser Sintering enables maximum
   functionality by minimum material use

   Lattice structures are used to save weight without sacrificing stability
   of parts. Furthermore these structures can also realize functions like
   shielding, guiding or separating fluids in medical devices, reactors, heat
   exchangers, fuel cells and other microfluidic applications.

   Read more...

   3D MicroPrint enables finest 3D lattice structures

Case study grabber

   Cost reduction by saving assembling – Functional module built at-once by
   Micro Laser Sintering

   Grabbers or manipulators are used in numerous branches from medical
   technology to aerospace. Using conventional technologies such a grabber
   has to be assembled at least of four single pieces. The smaller the parts
   become, the more difficult the secure assembling of the tiny components
   is.

   Read more...

   CAD view pivot joint

Case study TLS-cooling nozzle

   Innovative part design optimized by Micro Laser Sintering – the key to
   success

   In the semiconductor industry the process TLS-Dicing is used to separate
   wafers. Therefore the german company 3D-Micromac AG offers an appropriate
   manufacturing system. This process is based on thermally induced
   mechanical forces separating brittle semiconductor materials like silicon
   or SiC. Combining a defined voltage field, a laser-based heating and water
   cooling immediately after, a single crack is generated in order to
   separate the chips from a wafer. For the water cooling a spray nozzle is
   used which has been assembled out of seven conventionally manufactured
   components so far.

   Read more...

   side view

Products

  Services

   You have the application, we do have the experience with Micro Laser
   Sintering. With our engineering services we make your application parts 3D
   [...]

  Parts

   3D MicroPrint GmbH provides the complete solution chain for the production
   of precisely printed metal parts. Experience high precision in 3D [...]

  Machines

   3D MicroPrint’ s machines deliver best results in terms of detail
   resolution, accuracy and surface finish for 3D printed micro metal [...]

News

   News
   02/2017

  3D MicroPrint GmbH contributes the secured 3D printing project SAMPL

   While the 3D printing technology is evolving rapidly worldwide,
   appropriate solutions for license management and security aspects in
   additive manufacturing are still not available. 3D MicroPrint GmbH joint
   the research project SAMPL (Secure Additive Manufacturing Platform) to
   delve into those topics.

   Read more...

   News
   02/2017

  Meet us at the intec in Leipzig

   This years intec in Leipzig hosts a special technology forum about
   additive manufacturing from March 8th -9th 2017.
   You can meet us on those days ins Hall 3, booth C60.

   We are looking forward to welcome you!
   For questions and appointments ahead please contact
   martina.griessbach@3dmicroprint.com.

   Read more...

About 3D MicroPrint GmbH

   3D MicroPrint GmbH is a german company and specialized in the production
   of micro metal parts by Micro Laser Sintering and the sale of the
   associated machines.

   Read more...

Contact

   3D MicroPrint GmbH

    Technologie-Campus 1
    09126 Chemnitz
    Germany

   +49 371 5347 843
   +49 371 5347 836
   info@3dmicroprint.com

   First Name * _________________________________________
   Last Name * _________________________________________
   Email address * _________________________________________
   Message *
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   _________________________________________
   * Mandatory fields
   _________________________________________ Please leave this field empty.
   [ Submit ]

   © 2017 3D MicroPrint GmbH

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          • Benefits
          • Case Studies

     • Products

          • Services
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          • Machines
          • Material

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   _____________________
   Search

                                 Sales Partners

Europe

   Springmann AG
   Stefan Bühler
   Route des Falaises 110
   2000 Neuchâtel
   Switzerland
   +41 714 242 603
   stefan.buehler@springmann.ch

   ENCOMA, CNC Solutions BV
   John Snijders
   Keurmeesterlaan 10
   6002 EK Weert
   The Netherlands
   +31 629 537 141
   info@encoma.nl

Asia

   Shanghai Ureal 3D Printing Technology Inc,. Ltd.
   1F, Building 6, No.1158, Zhongxin Rd
   Songjiang District, Shanghai
   China
   Kelvin Wang
   +86 216 470 9577
   kelvin.wang@ureal.cn

   EWOTA
   Flat 1801,Workingport Commercial Bldg, 3 Hau Fook St,
   Tsim Sha Tsui
   Hong Kong
   Dinglong Chen
   +852 963 180 90
   dinglong@ewota.com

   MOS Technology Inc.
   13F.-6,No. 100, Sec.1, Jiafeng 11th Rd.
   Zhubei City, Hsinchu County 30273
   Taiwan
   Jonathan Chen
   +886 667 386 8111
   jonathan@mostech.com.tw

     • Contact
     • Sales Partners

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   _____________________
   Search

                                    Download

   In the section Downloads the 3D MicroPrint GmbH prepared a compilation of
   various topics. There you will find further information about our Micro
   Laser Sintering technology, an overview of various case studies and our
   officially offered powder materials.

All downloads at a glance

  Technology

   Micro Laser Sintering – a process overview (171 kb)

  Case Studies

   Case study lattice structures (346 kb)

   Case study grabber (254 kb)

   Case study TLS-cooling nozzle (129 kb)

   Case study watch (259kb)

   Case study Frauenkirche (228kb)

  Material

   Currently there is a selected portfolio of powder materials for various
   applications which are processed by 3D MicroPrint GmbH.

    Stainless Steel

         EN        AISI    Examples of applications          Download
   1.4125         440C   Automotive, Medical, Energy  440C – Material data
                         industry                     sheet (102 kb)
   1.4404         316L   Automotive, Jewelry and      1.4404_316L – Material
                         watches, Aerospace           data sheet (103 kb)
   1.4542         17-4PH Chemical industry, Medical,  17-4PH – Material data
                         Aerospace                    sheet (103 kb)
    

       Molybdenum
   Min. 99,95%           Chemical industry,           Molybdenum – Material
   purity                Semiconductor, Aerospace     data sheet (89 kb)

        Tungsten
   Min. 99,95%           Energy industry, Aerospace,  Tungsten – Material
   purity                Semiconductor                data sheet (102 kb)

    

   Do you have any questions or suggestions? Contact
   us: info@3dmicroprint.com

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                                      News

   17. February 2017

3D MicroPrint GmbH contributes the secured 3D printing project SAMPL

    While the 3D printing technology is evolving rapidly worldwide, appropriate
    solutions for license management and security aspects in additive
    manufacturing are still not available. 3D MicroPrint GmbH joint the research
    project SAMPL (Secure Additive Manufacturing Platform) to delve into those
    topics.

   For high-tech, security-related or sensitive additive manufactured parts
   the product authenticity, quality and intellectual property have to be
   assured. Until now there have not been found sufficient solutions for the
   demands of industry. There is a strong need of development to prevent
   cybercrime and counterfeiters. Within the project SAMPL a data exchange
   solution OpenDXM GlobalX linked with a Blockchain-technology is planned to
   be developed and verified on an industrial 3D micro metal printer provided
   by 3D MicroPrint GmbH, Chemnitz (Germany).

   The project SAMPL (Secure Additive Manufacturing Platform) is funded by
   the Federal Ministry for Economic Affairs and Energy (BMWi) and has a
   duration of 3 years. Beside 3D MicroPrint the project consortium consists
   of the companies PROSTEP, NXP Semiconductors, consider IT, the institute
   Fraunhofer ENAS, the universities Hamburg and Ulm as well as the technical
   university of Hamburg-Harburg. The aircraft manufacturer Airbus is
   associated partner in this project.

   Review on http://www.mechatronik.info/, 2017-02-15

   Review on http://www.konstruktionspraxis.vogel.de, 2017-02-16

   Official website of the project SAMPL

   Official SAMPL website of the Federal Ministry for Economic Affairs and
   Energy (BMWi)

   (Image source: PROSTEP AG)

   3D MicroPrint GmbH contributes the secured 3D printing research project
   SAMPL
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                                      News

   13. February 2017

Meet us at the intec in Leipzig

   This years intec in Leipzig hosts a special technology forum about
   additive manufacturing from March 8th -9th 2017.
   You can meet us on those days ins Hall 3, booth C60.

   We are looking forward to welcome you!
   For questions and appointments ahead please contact
   martina.griessbach@3dmicroprint.com.

   Share this entry:

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                                    Products

   3D MicroPrint GmbH provides a whole product portfolio to support you from
   product design to series manufacturing of micro metal parts. We help you
   with our engineering Services to find potential parts, to optimize their
   design, provide proof of principle and support you till the production
   rollout. No matter whether you order the Parts from our job shop or you
   want to run Micro Laser Sintering Machines in your own premises – we find
   a solution together.

   And we are happy to develop your tailored Micro Laser Sintering machine,
   material or production process according to your specifications.

                             Our Product Portfolio

  Services

   You have the application, we do have the experience with Micro Laser
   Sintering. With our engineering services we make your application parts 3D
   [...]

  Parts

   3D MicroPrint GmbH provides the complete solution chain for the production
   of precisely printed metal parts. Experience high precision in 3D [...]

  Machines

   3D MicroPrint’ s machines deliver best results in terms of detail
   resolution, accuracy and surface finish for 3D printed micro metal [...]

  Material

   The powder materials are tailored to satisfy the requirements of Micro
   Laser Sintering. We use powder of a particle size smaller 5 µm to [...]

   © 2017 3D MicroPrint GmbH

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   _____________________
   Search

                                    Machines

   3D MicroPrint’ s machines deliver best results in terms of detail
   resolution, accuracy and surface finish for 3D printed micro metal parts.

   Our solutions merge the abilities of micro manufacturing with the
   advantages of 3D printing for the first time. Inspired by and made for
   Industry and R&D our machines satisfy a big bandwidth of user
   requirements. Low running costs, availability of industrial standards like
   zero-point clamping system, inert gas atmosphere including gas cleaning
   and remote service support ensure best technical and commercial results.

   If you have special requirements – we are happy to tailor your specialized
   solution.

   Have a closer look.

    

Our Micro Laser Sintering Machines

  DMP50 GP

   The DMP50 GP serves since 2013 industrial and R&D needs. It processes
   materials like Stainless Steel, Tungsten and highly reactive materials
   [...]

  DMP60 series

   The DMP60 series is the latest generation of Micro Laser Sintering
   Machines. Requirements from industry and universities have helped us to
   [...]

     • Services
     • Parts
     • Machines
     • Material

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                                    Material

   Micro Part Production

   The powder materials are tailored to satisfy the requirements of Micro
   Laser Sintering. We use powder of a particle size smaller 5 µm to achieve
   a very good detail resolution. Together with selected partners from
   Industry and Universities we develop these high tech powders.

   You find the currently available powders below. We are continuously
   working to have more materials available to the market. Do you have
   additional requirements? Do not hesitate to contact us, we are happy to
   tailor your customized solution.

                                Stainless Steel
      EN       AISI            Applications                  Download
   1.4125    440C     Automotive, Medical, Energy    440C – Material data
                      industry                       sheet (102 kb)
   1.4404    316L     Automotive, Jewelry and        1.4404_316L – Material
                      watches, Aerospace             data sheet (103 kb)
   1.4542    17-4PH   Chemical industry, Medical,    17-4PH – Material data
                      Aerospace                      sheet (103 kb)
                                        

                                   Molybdenum
   Min. 99,95% purity Chemical industry,             Molybdenum – Material
                      Semiconductor, Aerospace       data sheet (89 kb)
                                        

                                    Tungsten
   Min. 99,95% purity Energy industry, Aerospace,    Tungsten – Material data
                      Semiconductor                  sheet (102 kb)

     • Services
     • Parts
     • Machines
     • Material

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                                     Parts

   3D MicroPrint GmbH provides the complete solution chain for the production
   of precisely printed metal parts. Experience high precision in 3D
   printing.

   The production of printed micro metal parts with fine details, smooth
   surface finish and high precision is the key competence of 3D MicroPrint
   GmbH. With our technology Micro Laser Sintering we supply cost-effective,
   material-friendly and efficient manufacturing of individual parts,
   prototypes up to series production of micro metal parts, including all
   advantages of 3D printing.

   We offer several materials such as several stainless steels or high
   melting materials like Molybdenum or Tungsten. Do not hesitate to ask us
   for your specifically tailored material. Also post processing like
   electrical discharge machining (EDM), blasting, plasma polishing and
   others are available.

  Typical industries:

     • Medical Industry
     • Automotive
     • Aerospace
     • Semiconductor and MEMS
     • Energy and chemical
     • Jewelry and watches

     • 
     • 
     • 

     • Services
     • Parts
     • Machines
     • Material

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                                    Services

   Micro Part Production

   You have the application, we do have the experience with Micro Laser
   Sintering. With our engineering services we make your application parts 3D
   printable.

   With years of experience we help you to select the right parts, optimize
   their design and make sure, you will receive your first 3D printed micro
   metal part. Understanding the purposes of your application by a functional
   analysis is the basis for a successful start to find the best conceptual
   design. We will prove feasibility by manufacturing your designs. To
   finally have the part in your own hand is very convincing.

   Our Design Rules and knowledge transfer will enable you to optimize part
   design on your own. This way you can take advantage of our technology for
   series production as well as for prototypes or individualized parts.

  Benefit from the advantages of additive manufacturing:

     • Function-oriented design of the parts
     • Combination and integration of multiple functions
     • Lightweight design saves material
     • Print an assembly as one piece
     • Immediate manufacturing without additional tools
     • Fast time-to-market

  Let’s discuss your ideas,
  we will find a solution together!

   3D Printing enables new solutions. Undercuts, customized or even
   individualized parts, lightweight design, assemblies in one piece quickly
   available without the need for additional tooling – 3D MicroPrint GmbH has
   opened the world of micro manufacturing to these amazing advantages.

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                                 Use for Images

  Conditions of Use for Image Database 3D MicroPrint GmbH

   3D MicroPrint GmbH makes images available online in the 3D MicroPrint
   image database at http://3dmicroprint.com/. Use of the 3D MicroPrint image
   database is exclusively subject to the following conditions of use. The
   conditions of use are deemed accepted on the downloading of the images.

   1. All images in the online image database are protected by copyright. 3D
   MicroPrint GmbH must be stated as the source in every publication in which
   they appear.

   2. The images may be used for editorial purposes in print and online
   publications within the confines of applicable press and copyright law.
   For all other types of usage, approval from 3D MicroPrint GmbH at
   info@3dmicroprint.com must be sought. 3D MicroPrint GmbH reserves the
   right to revoke an approval for use in specific cases, with the
   consequence that use of the downloaded images must be refrained from.
   There is no transfer of copyright.

   3. Use according to No. 2/1 is free of charge.

   4. Publication and use for commercial purposes (e.g. advertising), as well
   as the sale or licencing of the images, is prohibited and require the
   prior approval of 3D MicroPrint GmbH according to No. 2.

   5. Following use, the images must be deleted immediately. Archiving the
   images is not permitted, excepted archiving made as a matter of routine
   information technology back-up.

   6. No modification, editing, montage, or manipulation of the images is
   permitted without the prior written consent of 3D MicroPrint GmbH
   according to No. 2.

   7. The images must not be reproduced in any misleading contexts or in any
   way damaging to the 3D MicroPrint GmbH. The images must also not be used
   in connection with criminal, tortious, or otherwise illegal activities.
   Linking to the 3D MicroPrint GmbH image database is prohibited. 3D
   MicroPrint GmbH reserves the right to pursue every suspected case of
   inappropriate use.

   8. 3D MicroPrint GmbH provides no guarantees or assurances to the effect
   that it possesses ownership rights to the images. Claims for damages
   against 3D MicroPrint Gmbh resulting from the violation of third-party
   rights are excluded, except in cases of intent or gross negligence.

   9. 3D MicroPrint GmbH reserves the right to delete and modify the data
   contained in the image database at any time. Deleted files may then no
   longer be used.

   10. For every publication in print, a specimen copy must be sent to 3D
   MicroPrint GmbH, unrequested and free of charge. In the event of online
   publication, a precise link must be sent to the e-mail address given
   below.

   The specimen copy of/a link to a publication is requested to:

   3D MicroPrint GmbH
   Technologie-Campus 1
   09126 Chemnitz
   Germany
   E-Mail: info@3dmicroprint.com

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                                      GTC

General Terms and Conditions of 3D MicroPrint GmbH

    I. General Terms

   1. Unless explicitly agreed, these general terms and conditions apply to
   deliveries and services (hereafter “delivery”) from 3D MicroPrint GmbH
   (hereafter “Supplier”). By placing an order or by fulfilling the contract
   the customer declares his agreement to the validity of these terms and
   conditions. These terms and conditions also apply to future contractual
   relationships, even if there is no explicit agreement to confirm their
   validity.

   2. The customer’s terms and conditions that contradict these terms and
   conditions or add conditions to our disadvantage are explicitly rejected.
   They shall only become effective, if we give our explicit consent.
   Unconditional execution of the order while being aware of contradictory
   terms and conditions does not constitute consent.

    II. Conclusion of Contract

   1. Brochures, advertisements etc. contained in offers are – also regarding
   the price quotation- non-binding and without obligation. Regarding
   specially prepared offers, the supplier must keep to 30 calendar days from
   the date of the offer.

   2. Any subsidiary agreements, amendments, additions and/or other
   deviations from the prepared offers are only valid if the supplier has
   given written consent.

   3. Details of the offers and/or order confirmations of the Supplier that
   are based on an obvious error, e.g. typing or calculation errors shall not
   place any commitment on the Supplier. The clearly intended explanation
   applies.

   4. The Supplier retains his rights of ownership and copyright in their
   entirety to any cost estimates, drawings, and other documents (hereafter
   documents). The Documents may only be made accessible to third parties
   with the Supplier’s prior consent, and must be returned to him
   straightaway, should the order not be placed with the Supplier. Clauses 1
   and 2 apply accordingly to the customer’s documents; access to these
   Documents may also be granted to any third parties to whom the Supplier
   has permitted the deliveries to be transferred to.

   5. The Supplier accepts no liability for errors that arise from Documents
   submitted by the customer or that have come from unclear or oral
   statements.

    III. Scope of Delivery

   1. Unless otherwise agreed, only the Supplier’s order confirmation is
   binding for the scope of the contracted services. Obligations shall only
   be binding for him through his order confirmation.

   2. The Supplier’s system specification as offered and presented shall
   apply, as long as no specification of requirements has been agreed. Safety
   regulations based on accident prevention regulations shall be supplied, as
   agreed.

   3. The Supplier reserves the right to modify the design, material
   selection, the specification, and the design even after the order has been
   confirmed, provided this does not contradict the customer’s order
   confirmation or specification.

   4. The customer has the non-exclusive right to use the acquired software
   with the agreed performance features in an unamended form on the agreed
   media. The customer may not produce a backup without explicit agreement.
   3D MicroPrint GmbH’s end-user license agreement shall apply to the
   software developed and delivered by the Supplier.

   5. If the Delivery provided underlies samples, drawings, and models, the
   customer shall accept liability for any breaches of third-party protected
   rights.

    IV. Price and Payment Terms

   1. Unless otherwise agreed, prices are free carrier, excluding packaging,
   dispatch and any additional tax at the currently applicable rate.
   Discounts may only be deducted in cases that have been explicitly agreed.
   Incoterms 2010 apply.

   2. If more than six months have elapsed between conclusion of the contract
   and the agreed and/or actual delivery date, the Supplier’s prices at the
   time of the delivery and supply of valid prices shall apply. Should
   subsuppliers raise their prices or wage and transport costs increase, or
   in the event of other unforeseeable cost rises, the Supplier is entitled
   to demand negotiations for a price review.

   3. If the Supplier has accepted responsibility for setup and assembly, and
   nothing to contrary has been agreed, the customer shall bear the cost of
   all necessary additional costs, such as travel expenses, costs of
   transporting the tools and personal baggage and allowances.

   4. Payments should be made free at the paying office of the Supplier.

   5. The customer may only offset such claims that the Supplier has not
   disputed or are legally binding.

    V. Retention of Title

   The Supplier will only deliver on the basis of reservation of title
   described below. This also applies to all future deliveries, even if we do
   not explicitly refer to it.

   1. The Supplier reserves ownership to the items supplied (Reserved Goods)
   until the fulfillment of all outstanding financial claims against the
   customer. The Supplier is entitled to withdraw the Reserved Goods, should
   the customer behave in a manner that violates the contract.

   2. The customer is obliged to handle the Reserved Goods with care until
   ownership is transferred. He is particularly obliged to insure such goods
   adequately at their replacement value against theft, fire, and water
   damage. If servicing and inspection work has to be carried out, the
   customer must undertake this promptly at his expense. Until ownership is
   transferred, the customer must inform the Supplier immediately in writing,
   if the Reserved Goods are pledged or are infringed in any other way by
   third parties. If the third party is not in a position to reimburse us for
   any legal and out-of-court costs of a claim according to Section 771 of
   the German Code of Civil Procedure (ZPO), the customer is liable for such
   expenditure.

   3. The customer is entitled to resell the Reserved Goods during the normal
   course of business. The customer herewith assigns to the Supplier any
   monies paid by the customer in the resale of the Reserved Goods up to the
   value of the final invoice amount agreed with us (including sales taxes).
   This transfer applies regardless of whether the Reserved Goods have been
   sold on without or after processing. The Customer remains authorized to
   recover the debt even after the assignment. This shall not affect the
   authority of the Supplier to collect the debt himself. However, the
   Supplier will refrain from collecting the debt, provided the customer
   meets his payment obligations from the revenues received, is not in
   arrears, and in particular, no application for bankruptcy or foreclosure
   has been made.

   4. The handling, processing and converting of the delivery by the customer
   takes place on behalf of and by order of the Supplier. In this case, the
   customer’s expectant rights to the Reserved Goods continue in the
   remodeled item. If the Reserved Goods are processed with other items not
   belonging to the Supplier, the Supplier acquires co-ownership of the new
   item proportionate to the objective value of the Reserved Goods to that of
   the processed items at the time of processing. The same applies if the
   case of a mixture. If mixing is carried out in such a way that the
   customer’s item is the main item, it is considered as agreed that the
   customer will transfer ownership prorata to the Supplier and that the sole
   ownership and co-ownership be detained for the Supplier. Regarding
   security for the Supplier’s claims against the customer, the customer also
   assigns such claims to the Supplier that have arisen from a third party by
   combining the Reserved Goods with real property. The Supplier herewith
   accepts such assignment.

   5. The Supplier is obliged to release any stated securities to which he is
   entitled at the customer’s request, if their value exceeds the claims to
   be secured by more than 20%.

    VI. Delivery; Arrears

   1. Unless otherwise agreed, part deliveries that are reasonable for the
   customer are permissible.

   2. The delivery time is taken from the special agreement between the
   parties. Deadlines and delivery dates are only binding, if they have been
   explicitly agreed as such. Adherence to deadlines for deliveries is
   dependent upon prompt receipt of all Documents to be delivered by the
   customer, necessary licenses and approvals, in particular, plans and
   adherence to the agreed payment terms and other obligations of the
   customer and clarification of any arisen technical queries that may
   subsequently arise. If these conditions are not met promptly, or if
   changes are agreed after the contract has been concluded, a reasonable
   extension shall be added to the deadlines. This does not apply, if the
   Supplier is not responsible for the delays.

   3. The deadlines shall be extended accordingly and/or appropriately, if
   non-adherence to deadlines is due to an Act of God.

   4. The Supplier must notify the customer in any case about any occurrence
   of default in delivery and its causes.

   5. If the Supplier is responsible for a delay, provided the customer is
   able to prove that he is at fault, after giving a period of grace of ten
   (10) working days, the customer can demand compensation for each complete
   week of arrears of 0.5%, up to a maximum of 5% of the manufacturer’s price
   for the part of the Delivery that could not be taken into service due to
   the delay. This only applies if the Supplier is responsible for the delay.

   6. The customer may not make any claims for compensation due to a delayed
   delivery or claims for compensation in lieu of performance outside the
   limits mentioned in Art. 5 in all cases of delayed delivery, also after a
   period of grace granted to the Supplier has ended. It does not apply in
   cases of mandatory liability where there is intent, gross negligence, or
   damages arising from loss of life, bodily injury or damage to health.

   7. The customer may only withdraw from the contract within the scope of
   the statutory conditions, if the Supplier is responsible for the delayed
   delivery. These regulations do not entail a reversal of the burden of
   proof to the detriment of the customer.

   8. The customer is obliged to state within 14 days of becoming aware of
   the delayed delivery whether he intends to withdraw from the contract or
   insist upon the Delivery.

   9. Should dispatches or deliveries be delayed by more than a month at the
   customer’s request after notification that the goods are ready; the
   customer may be charged a storage fee of 0.5% of the price of the items to
   be delivered, up to a maximum of 5% for each month commenced. The parties
   reserve the right to prove that the storage costs were higher or lower.

    VII. Transfer of Risk

   1. Risk is transferred to the customer as follows, even for a freight-paid
   delivery:

   a) for deliveries without installation or assembly when they are
   dispatched or collected; the Supplier will insure deliveries against the
   usual transport risks at the customer’s request and cost;

   b) for a delivery with installation or assembly on the day of handing over
   to the customer’s business or, if agreed, after a fault-free trial
   operation and upon acceptance.

   2. Once the dispatch, delivery, beginning, implementation of installation
   or assembly work is handed over to his own holding or trial operation is
   delayed for reasons for which the customer is responsible, or the customer
   refuses to agree to acceptance for other reasons, risk shall be
   transferred to the customer on the day handover is agreed.

   3. If the delivery is used by the customer without successful acceptance
   as described in sentence IX., the risk will transfer on the date of
   signing the minute of non-acceptance, but not later than the date of
   beginning to use the delivery. The decision made by the customer to use
   the delivery without acceptance must be noted on the minutes; the date of
   beginning of use has to be noted in writing to the Supplier.

    VIII. Installation and Assembly

   Unless otherwise agreed in writing, the following conditions apply:

   1. The customer is responsible for providing on time and at his expense:

   a) all ground, building, and other additional work outside the industry,
   including the related skilled and unskilled labor, materials, and tools
   required;

   b) the items and materials required for the installation and
   commissioning, such as scaffolding, lifting gear, and other equipment,
   fuels, and lubricants;

   c) energy and water from the point of use, including the connections,
   warehousing, and lighting;

   d) sufficiently large, suitable, dry, and lockable rooms at the assembly
   site to store machine parts, equipment, materials, tools etc. and
   reasonable working and recreation rooms for the assembly staff, including
   sanitation facilities appropriate for the location. The customer also has
   to take steps to protect the Supplier’s and the assembly personnel’s
   possessions that he would take to protect his own possessions;

   e) protective clothing and protective equipment that are necessary due to
   the assembly site’s particular circumstances.

   2. Before starting any assembly work, the customer must provide the
   necessary details about the location of any concealed electricity, gas,
   water pipes, or similar systems, as well as the necessary static details
   without being asked.

   3. Before starting the installation or assembly, the supplies and items
   required to commence work must be located at the installation or assembly
   site and all preparatory work be progressed so far before the start of the
   construction to enable the installation or assembly to commence as agreed
   without interruption. Access routes and the site of assembly and
   installation must be leveled and cleared.

   4. If the installation, assembly, or commissioning is delayed due to
   circumstances for which the Supplier is not responsible, the customer has
   to bear a reasonable proportion of the costs for service time in addition
   to the Supplier’s or assembly personnel’s additional travel expenses.

   5. The customer must weekly certify the number of working hours spent by
   assembly personnel and the end of the installation, assembly, or
   commissioning to the Supplier.

   6. If the Supplier requires acceptance of the Delivery after completion,
   the customer must do this within two weeks. If this does not happen,
   acceptance will be deemed to have taken place. Acceptance shall also be
   deemed to have taken place, if the Delivery is taken into use, possibly
   after completion of an agreed test phase.

    IX. Acceptance

   1. Acceptance takes place after notification of completion and readiness
   for acceptance by the Supplier and always takes place at his premises.
   Acceptance is always carried out by a person authorized by the customer.

   2. With acceptance of the product, functionality, mechanics, pneumatics,
   electrical installation, programming, safety and documentation of the
   control units and switch boxes are announced and confirmed.

   3. The customer cannot refuse deliveries due to negligible defaults.

   4. In case of sentence VII. No. 3 the acceptance cannot be denied because
   of material defects not contested during the first acceptance test, unless
   there are hidden material defects.

    X. Material Defects

   The Supplier accepts liability as follows for material defects:

   1. All the respective parts or services that show a material defect within
   the statutory period of limitation shall, at the Supplier’s discretion, be
   repaired, replaced, or provided again free of charge, regardless of their
   service life, provided such defect existed at the time of risk was
   transferred.

   2. Any claims for material defects shall lapse after 12 months following
   the transfer of risk. This does not apply, if the law provides for longer
   periods and in the event of loss of life, bodily harm, or damage to
   health, intent or grossly negligent breach of a contractual obligation on
   the part of the Supplier and in the case a defect is fraudulently
   concealed. This does not affect the statutory periods pertaining to
   suspension, interruption, and recommencement.

   3. The customer must raise a complaint with the Supplier about any
   material defects straightaway in writing.

   4. In the event of complaints, the customer may withhold a reasonable
   level of payments that are proportionate to the material defects that have
   arisen. The customer may only withhold payments, if a justified complaint
   is made, where there is no doubt as to its justification. If a complaint
   is submitted without justification, the Supplier is entitled to demand any
   expenditure he has incurred from the customer.

   5. The Supplier must first be given the opportunity to supplementary
   performance within a reasonable period of time.

   6. If supplementary performance should fail, the customer can withdraw
   from the contract regardless of any claims for damages based on Article
   XII.

   7. Claims due to a material defect will not be accepted in the case of
   just a minor deviation from the agreed quality, for only a minor deviation
   from the use set out in the order, normal wear and tear, or damage that
   arises after the transfer of risk as a result of incorrect or negligent
   use, excessive load, unsuitable production equipment, substitute
   materials, defective construction work, unsuitable foundations, chemical,
   electro-chemical effects or as a result of particular external influences
   that are not anticipated in the order, as well as raw material faults that
   cannot be reproduced, and for which the Supplier cannot be held
   responsible. If the customer has arranged for modifications or repair
   works to be undertaken by third parties, these and any resulting
   consequences will also be excluded from claims for material damages.

   8. The customer shall have no claim with respect to the expenditure
   required during the course of supplementary performance, in particular
   transport, handling, labor, and material costs, if expenditure increases
   because the delivery was made to a location other than the customer’s
   site, unless doing so satisfies its intended use.

   9. The customer is entitled to a right of recourse against the Supplier,
   pursuant to Section 478 of the German Civil Code (BGB) (recourse by the
   company) only insofar as the customer has not met any agreements with the
   Supplier that extend beyond the statutory claims for material defects. No.
   8 complies accordingly to the treatment of the customer’s right of
   recourse pursuant against the Supplier in Section 478 (paragraph 2) of the
   German Civil Code (BGB) due to a material defect.

    XI. Commercial Property Rights and Copyright; Defects of Title

   1. Unless otherwise agreed, the Supplier is obliged only to supply the
   Delivery in his country free from commercial property rights and
   third-party copyright laws (hereafter “trademark rights”). If a third
   party brings a claim against the customer due to a breach of trade mark
   rights by using the deliveries raised by the Supplier in accordance with
   the contract, the Supplier is liable to the customer within the specific
   period outlined in Art. X no.

   2., as follows:

   a) The Supplier may choose whether to obtain the right to use the affected
   deliveries at his expense, modify them in such a way that the protected
   right is no longer breached, or replace them. If this is not possible for
   the Supplier at a reasonable cost, the customer is entitled to statutory
   rights of rescission and reduction.

   b) The obligation of the Supplier to provide compensation is determined in
   accordance with Art. XIII.

   c) The aforementioned obligations of the Supplier only exist, provided the
   customer clearly makes the Supplier aware of any claims made by third
   parties in writing, does not acknowledge an infringement and leaves all
   defensive action and negotiations for settlement to the Supplier. Should
   the customer stop using the Delivery to reduce losses or for another
   important reason, he is obliged to inform the third parties that no longer
   using it does not constitute any recognition of an infringement of
   trademark rights.

   2. No claims from the customer shall be recognized, if he is involved in
   the infringement of trademark rights.

   3. No claims will be accepted from the customer, furthermore, if the
   infringement of trademark rights is the result of the customer’s own
   specifications, of an application not provided for by the Supplier, or is
   caused by the customer’s delivery being modified or used in conjunction
   with products not supplied by the Supplier.

   4. The conditions of Art. X no. 4, 8, and 9 apply accordingly to the
   customer’s claims regulated in no. 1 a) in the event of an infringement of
   trademark rights.

   5. The conditions of Art. X apply accordingly in the event of other
   defects of title.

   6. No further claims or claims other than those regulated in this Art. XI
   against the Supplier and his agents due to defects of title shall be
   recognized.

    XII. Impossibility of Performance; Adaptation of Contract

   1. If the Delivery is impossible, the customer is entitled to demand
   compensation, unless the Supplier is not responsible. The customer’s claim
   for compensation is limited to 10% of the value respective part of the
   Delivery that cannot be taken into proper operation. This restriction does
   not apply in cases where there is a mandatory liability due to intent,
   gross negligence, or loss of life, bodily harm, or damage to health; this
   does not entail a reversal of the burden of proof to the detriment of the
   customer. The customer’s right to withdraw from the contract remains
   unaffected.

   2. If unforeseeable events, as defined by Art. VI, no. 3, significantly
   change the commercial relevance or the content of the Delivery, or
   significantly impact the Supplier’s business, the contract will be
   amended, taking reasonable account of the principles of good faith. If
   this is not economically reasonable, the Supplier is entitled to withdraw
   from the contract. If he intends to withdraw, he must notify the customer
   as soon as he becomes aware of the significance of the event and even if
   he has initially agreed an extension to the delivery date with the
   customer.

    XIII. Other Claims for Compensation

   1. The customer’s claims for damages and compensation (hereafter
   “Compensation Claims”), regardless of their legal basis, in particular,
   due to the breach of obligations in the contractual relationship and tort
   are excluded.

   2. This does not apply in the case of mandatory liability, e.g., based on
   the Product Liability Act, in cases of intent, gross negligence, due to
   loss of life, bodily harm or damage to health, or the result of infringing
   key contractual obligations. However, the Compensation Claim for
   infringing key contractual obligations is limited to foreseeable damages
   typical of the contract, with the exception of intent or gross negligence,
   or the result of death, bodily injury, or damage to health. These
   regulations do not entail a change to the burden of proof to the
   disadvantage of the customer.

   3. If the customer is entitled to compensation based on Art. XIII, this
   shall lapse at the end of the statutory period of limitation pursuant to
   Art. X no. 2. The statutory limitation periods shall apply in the event of
   claims for damages based on the Product Liability Act.

    XIV. Sample Manufacturing

   1. Deadlines for the construction of samples are approximate, unless the
   Supplier has made an explicit binding written commitment for a specific
   deadline.

   2. It should be stated explicitly if submission of an estimate is required
   before completing samples/prototypes. The costs of the estimate must be
   reimbursed, even if the work does not result in an order.

   3. Initial samples also essentially serve to fine tune production and
   communication between production and the customer, as well as testing
   materials and production options. A legal right to perfect initial samples
   is also excluded. There is therefore also no right to warranty of defects.

   4. It is not possible to guarantee working order of samples.

   5. If during the course of tests, the customer requires new or different
   types of test materials, or he wants a new or different type of process
   for the materials, and the Supplier is unable to do this without
   considerable adaptation efforts to produce further samples, the Supplier
   will provide a subsequent offer prior to carrying out any further work.
   Any further processing will only be carried out after the customer has
   accepted the subsequent offer, and an advance on costs has been made, if
   required. The same applies, if the customer requires a further improvement
   to the process and the Supplier is not able to do this without significant
   adaptation efforts.

   6. The Supplier’s liability is determined solely on an individual contract
   basis. Compensation Claims by the customer due to faults when the contract
   was concluded, breach of secondary obligations, and tort will not be
   recognized, unless they are based on intent or gross negligence on the
   part of the Supplier or one of his agents. The Supplier is also liable
   even for simple negligence, if essential contractual obligations are
   breached. In this case, his liability is limited to the typical and
   foreseeable damages.

   7. These claims expire 1 year after receipt of goods and/or acceptance of
   performance by the customer.

   8. These regulations do not affect claims based on the Product Liability
   Act.

    XV. Court of Jurisdiction and Governing Law

   1. Chemnitz is the sole court of jurisdiction for all disputes that arise
   directly or indirectly from the contractual relationship, if the customer
   is a businessman, legal entity under public law or special fund under
   public law. The Supplier is, however, also entitled to make a claim at the
   customer’s registered offices.

   2. The law of the German Federal Republic applies to legal relationships
   pertaining to this contract to the exception of the UN Convention on the
   International Sale of Goods (CISG).

    XVI. Severability Clause; Language

   1. Should individual regulations or parts of the regulations in these
   terms of conditions be or become ineffective, this shall not affect the
   effectiveness of the remaining clauses or parts thereof. In this case, the
   parties shall aim to agree a regulation that comes closest to the economic
   purpose of the regulation that is invalid. The law applies, if the parties
   fail to reach an agreement.

   2. Unless otherwise agreed, only the German version of these terms and
   conditions is decisive. If we provide a translation, this serves only as
   information for the customer and does not form part of the contract.

   Chemnitz, November 2013

     • 
       General Terms and Conditions (PDF, 192 kb)

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   © 2017 3D MicroPrint GmbH

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     • Use for Images
   
   
   
   
   
   
   
    3D MicroPrint GmbH

     • Technology

          • What is Micro Laser Sintering?
          • Benefits
          • Case Studies

     • Products

          • Services
          • Parts
          • Machines
          • Material

     • Company

          • About 3D MicroPrint GmbH
          • News
          • Job Offers
          • ISO Certification

     • Download
     • Contact

          • Contact
          • Sales Partners

     • 



   _____________________
   Search

                               Legal information

   3D MicroPrint GmbH
   Technologie-Campus 1
   09126 Chemnitz
   Germany

   Phone: +49 (0)371 5347 837
   Fax: +49 (0)371 5347 836

   E-Mail: info@3dmicroprint.com

   Management:
   Joachim Göbner, Uwe Gey

   Registered office:
   Amtsgericht Chemnitz HRB 28169

   VAT identification no:
   DE290990375

   Image reference:
   © EOS GmbH

   Design and concept
   VOR Werbeagentur GmbH

    

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                                 Privacy Policy

   Welcome to 3D MicroPrint GmbH!  We appreciate your interest in our
   website, our company and our products. We cannot assume liability for
   external links to third-party contents, despite careful checking of the
   contents.

    

  Privacy Statement

   The protection of your personal data during its collection, processing and
   use in connection with your visit to our website is important to us. Your
   data is protected in line with the statutory provisions. Below you will
   find information on the data collected during your visit to the website
   and how it is used:

    1. Collection and processing of data

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    2. Use and disclosure of personal data

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    4. Right to information

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                                   Technology

   Micro Laser Sintering combines the advantages of additive manufacturing
   and micro machining for the first time. Micro metal parts of incredible
   accuracy, detail resolution and surface quality are manufactured this way.
   These advantages result in the ability to manufacture moveable parts and
   assemblies in a single step.

   The basis of these outstanding results is the combination of a very small
   laser beam spot size, special micro powder and super thin layers.

  What is Micro Laser Sintering?

   Micro Laser Sintering is a powder bed based additive manufacturing
   technology, often called Selective Laser Sintering or Selective Laser
   [...]

  Benefits

   Micro Laser Sintering combines the advantages of Additive Manufacturing
   and Micro Machining, enabling the manufacturing of parts of incredible
   [...]

  Case Studies

   Additive manufacturing technologies offer unique possibilities to create
   innovative products. By comparing conventional and additive [...]

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                                    Benefits

   Micro Laser Sintering combines the advantages of Additive Manufacturing
   and Micro Machining, enabling the manufacturing of parts of incredible
   shapes. Expect micro parts of very good dimensional accuracy, incredible
   detail resolution and smooth surface finish even if they are very complex,
   with internal channels, complex 3D-structures or even complete assemblies
   manufactured in one shot. This works with thousands of parts as well as
   with just one customized part, as no tooling is required.

  Micro complexity

   ══════════════════════════════════════════════════════════════════════════

  Macro user friendliness

   Comparison to a 10mm scale Grabber (10 mm scale)

  Micro limitations

   ══════════════════════════════════════════════════════════════════════════

  Macro flexibility

   microscope view 3D lattice structure

  Micro costs

   ══════════════════════════════════════════════════════════════════════════

  Macro optimization

   side view TLS-cooling nozzle

   When micro parts are required, technologies like milling, turning and
   casting reach their limits. And to assemble several tiny parts is a
   delicate job that can be done be very skilled and experienced people only.

   The ability of Micro Laser Sintering to manufacture tiny parts of high
   complexity does not only save you costs. It gives you also a competitive
   advantage by integrating more functionality into one part, as increased
   complexity does not cause cost increase. This enables you even to
   manufacture a complete assembly in one step, skipping several logistics
   and assembling steps. Lightweight structures can be created easily,
   increasing also the value for your customers. This all can be done quickly
   and shortening the time-to-market drastically.

   3D MicroPrint GmbH. Turning ideas into success.

     • What is Micro Laser Sintering?
     • Benefits
     • Case Studies

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                                  Case Studies

   Additive manufacturing technologies offer unique possibilities to create
   innovative products. By comparing conventional and additive manufacturing
   technologies, a function-driven redesign of products is often beneficial.
   In particular, the Micro Laser Sintering provides a high level of accuracy
   and detail resolution of the desired micro parts. The case studies of 3D
   MicroPrint GmbH illustrate innovative solutions for various applications
   which demonstrate the exceptional potential of the Micro Laser Sintering
   technology.

  Case study lattice structures

   Lattice structures are used to reduce weight without sacrificing the
   stability of parts. Micro Laser Sintering enables unique design
   possibilities. [...]

  Case study grabber

   Grabbers are used in numerous branches from medical technology to
   aerospace. With additive manufacturing the difficult assembly of the
   filigree items is eliminated. [...]

  Case study TLS-cooling nozzle

   We optimized a TLS-cooling nozzle for seperating semiconductor materials.
   Besides the improved process properties, the production costs and the lead
   time decreased significantly. [...]

  Case study watch

   Foundation of a high quality watch making is the high accuracy of
   manufacturing processes. For selected components we examined the
   applicability of Micro Laser Sintering. [...]

  Your case study

   Do not hesitate to ask us for your customized case study.

  Case study Frauenkirche

   A big challenge for additive manufacturing technologies is the
   miniaturization of structures. Our 3D printing systems have an exceptional
   high accuracy and enable high resolution details. [...]

     • What is Micro Laser Sintering?
     • Benefits
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                         Case study lattice structures

   3D MicroPrint enables finest 3D lattice structures

   Complex 3D lattice structures – Micro Laser Sintering enables maximum
   functionality by minimum material use

   Lattice structures are used to save weight without sacrificing stability
   of parts. Furthermore these structures can also realize functions like
   shielding, guiding or separating fluids in medical devices, reactors, heat
   exchangers, fuel cells and other microfluidic applications.

  Example 1: slotted nozzle with free formed external geometry, variable
  cross-section and squared lattice structure with 100 µm wall thickness;
  material 1.4404 (316L)

     • 3D MicroPrint enables finest 3D lattice structures3D MicroPrint
       enables finest 3D lattice structures
     • inclined top viewinclined top view
     • section view (CAD)section view (CAD)

    

  Example 2: hexagonal grid structure with 100 µm wall thickness; material
  1.4404 (316L)

     • inclined top viewinclined top view
     • Micro lattice structure by 3D MicroPrint (10 mm scale)Micro lattice
       structure by 3D MicroPrint (10 mm scale)
     • microscope viewmicroscope view

    

   Example 3: bar grate structure with 150×150 µm bar cross section; material
  1.4404 (316L)

     • top viewtop view
     • section view (CAD)section view (CAD)
     • microscope viewmicroscope view

   Source: 3D MicroPrint GmbH

   Geometric highly complex and functional lattice structures of metal can be
   precisely manufactured with the Micro Laser Sintering technology with
   minimal resource consumption. Compared to conventional manufacturing
   technologies, the raw material savings lead to a 60% reduced weight of the
   part. There are almost no limitations in the freedom of design. Even
   3D-lattices with changes of the geometric features inside or undercuts can
   be manufactured. The wall thickness, the bottleneck of precise lattices,
   can be reduced down to 30 µm. The minimal achievable wall thickness
   heavily depends on the topology of the part as well as the raw material.

   Micro Laser Sintering of lattice structures opens up new dimensions in the
   part design process, such as a property gradient of the geometry or
   density within a part. The new possibilities also enable innovations like
   optimized flow characteristics in microfluidics and functional
   integration. The absence of joints between the components will ultimately
   lead to an improved stability of the filigree lattice structures.

   The featured parts were manufactured with a DMP50 GP Micro Laser Sintering
   machine developed by 3D MicroPrint GmbH.

     • 
       Case study lattice structures (PDF, 346 kb)

   Back to Case Studies

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                               Case study grabber

   CAD view pivot joint

   Cost reduction by saving assembling – Functional module built at-once by
   Micro Laser Sintering

   Grabbers or manipulators are used in numerous branches from medical
   technology to aerospace. Using conventional technologies such a grabber
   has to be assembled at least of four single pieces. The smaller the parts
   become, the more difficult the secure assembling of the tiny components
   is.

  Example: Demonstration parts of 3D-printed jaw grabbers for medical with
  integrated pivot joint; joint clearance 25 µm; material 1.4404 (316L)

     • side viewside view
     • microscope view pivot jointmicroscope view pivot joint
     • Comparison to a 10 mm scaleComparison to a 10 mm scale

    

   Source: 3D MicroPrint GmbH

   Functional modules and mechanisms made of metal can be manufactured easily
   with Micro Laser Sintering. The functionality is being created directly
   during the building process. Afterwards no additional assembling is
   necessary, so the grabber can be used immediately afterwards. The Micro
   Laser Sintering systems provided by
   3D MicroPrint GmbH introduce new possibilities to the customer in terms of
   innovative functional integration and miniaturization of their products.
   The absence of joints between the individual parts also increases the
   robustness of the construction.

   The featured parts were manufactured with a DMP50 GP Micro Laser Sintering
   system developed by 3D MicroPrint GmbH.

   Several grabbers on a building platform Several grabbers on a building
   platform

     • 
       Case study grabber (PDF, 254 kb)

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                         Case study TLS-cooling nozzle

   side view

   Innovative part design optimized by Micro Laser Sintering – the key to
   success

   In the semiconductor industry the process TLS-Dicing is used to separate
   wafers. Therefore the german company 3D-Micromac AG offers an appropriate
   manufacturing system. This process is based on thermally induced
   mechanical forces separating brittle semiconductor materials like silicon
   or SiC. Combining a defined voltage field, a laser-based heating and water
   cooling immediately after, a single crack is generated in order to
   separate the chips from a wafer. For the water cooling a spray nozzle is
   used which has been assembled out of seven conventionally manufactured
   components so far.

  Example: TLS-cooling nozzle manufactured with a Micro Laser Sintering system
  by 3D MicroPrint GmbH; nozzle aperture size ø240 µm, nozzle wall thickness 200
  µm; material 1.4542 (17-4PH)

     • CAD section viewCAD section view
     • CAD model of a conventional TLS-cooling nozzleCAD model of a
       conventional TLS-cooling nozzle
     • Mounted TLS-cooling nozzleMounted TLS-cooling nozzle

   Source: 3D MicroPrint GmbH

   So far TLS-cooling nozzles were manufactured of 7 components made of the
   materials stainless steel and brass. The assembly consisted of filigree
   components prepared by lathe, milling and bending. In the beginning of the
   cooperation 3D MicroPrint GmbH performed a comprehensive functional
   analysis of TLS-cooling nozzle.

   It was found that an optimization of the air flow within the swirl chamber
   allows a more uniform water atomization. This impact profoundly improves
   the process quality. The optimized cooling characteristics create no
   additional particles and impurities. The reduced heat affected zone of the
   material eliminates micro cracks and delamination. The absence of joints
   between the individual components results in an improved robustness of the
   TLS-cooling nozzle. In addition, other functions such as a reference
   geometry and a mounting thread were added. By using the Micro Laser
   Sintering technology provided by 3D MicroPrint GmbH the manufacturing
   costs of the TLS-cooling nozzle lowers by over 60% and the lead time
   shrinks from over 4 weeks down to 2 working days.

   Metal parts and assemblies for fluidic applications can be profitably
   manufactured on Micro Laser Sintering systems by 3D MicroPrint GmbH. By
   applying an innovative integration of functions and the increased
   robustness by eliminating joints between the components, the technology
   provides entirely new opportunities to the customer.

   The featured part was manufactured with a DMP50 GP Micro Laser Sintering
   system developed by 3D MicroPrint GmbH.

     • 
       Case study TLS-cooling nozzle (PDF, 130 kb)

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                         What is Micro Laser Sintering?

   Micro Laser Sintering is a powder bed based additive manufacturing
   technology, often called Selective Laser Sintering or Selective Laser
   Melting. Micro Laser Sintering is an industrial technology, providing
   micro metal parts to several industries.

   Functional principle of laser sintering (image source: EOS GmbH)

   Functional principle of laser sintering

  Micro Laser Sintering – functional principle

   A 3D-CAD model of the target geometry contains all details of the final
   part. This CAD model is split into several cross sections, called layers.
   During manufacturing, a thin layer of powder is applied to a build
   platform. The powder is selectively fused by a laser beam according to
   each cross section. After that the building platform is lowered, the
   procedure of powder coating, fusing and platform lowering is repeated
   layer by layer, until the part completed.

  Micro Laser Sintering for finer details

   Micro Laser Sintering combines the advantages of additive manufacturing
   and micro machining for the first time. Micro Metal parts of incredible
   accuracy, detail resolution and surface quality are manufactured this way.
   These advantages result in the ability to manufacture moveable parts and
   assemblies in a single step. The basis of these outstanding results is the
   combination of a very small laser beam spot size, special micro powder and
   super thin layers.

   The parts are used in any industry requesting small metal parts of high
   accuracy, smooth surface finish, outstanding detail resolution and complex
   shapes. Current main industries are Medical, Semiconductor, Mechanical
   Engineering, Aerospace, Energy and Chemical as well as Jewelry and
   watchmaking.

     • 
       Technology Micro Laser Sintering (PDF, 160 kb)

     • What is Micro Laser Sintering?
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     • Case Studies

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                            About 3D MicroPrint GmbH

   3D MicroPrint GmbH is specialized in the production of micro metal parts
   by Micro Laser Sintering and the sale of the associated machines.

   Our company was founded in 2013 in Chemnitz (Germany) as a result of a
   cooperation between EOS GmbH and 3D-Micromac AG. Experts from both
   companies have been working on the development and process maturity of the
   Micro Laser Sintering process since 2006.

   Your requirements for micro metal parts are our inspiration. Thanks to the
   additive production technology, quality and costs can be optimized while
   simultaneously expanding the functionality of the specific products of our
   customers.

   Over the past few years, we have developed and improved our Micro Laser
   Sintering technology by means of numerous customer projects and additional
   internal projects. Many companies, especially in the areas of medical
   industry, aerospace, semiconductor industry, etc. are already our
   satisfied customers.

   Now we would like to convince you with our services.

Our portfolio includes:

     • Design engineering and material consulting during the development of
       custom micro components and assemblies
     • Feasibility studies and functional models of customer components
     • Contract manufacturing of serial parts
     • Material development according to customer requirements
     • Sales of proprietary laboratory and production systems for Micro Laser
       Sintering
     • Technological support and process development for customer specific
       Micro Laser Sintering systems

   We were able to establish ourselves as a solution provider for several
   industries because of our unique technology, strong shareholders and a
   strategic investment plan. We are striving to expand this position through
   our continuous improvement.

Why 3D MicroPrint GmbH?

     • We offer solutions for the industrial manufacturing of their
       high-precision micro metal parts
     • We accompany you from the first design engineering to your own Micro
       Laser Sintering parts
     • We have a very good network of strategic shareholders and selected
       partners to work with
     • Our products and services are available worldwide

     • About 3D MicroPrint GmbH
     • News
     • Job Offers
     • ISO Certification

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                            About 3D MicroPrint GmbH

   3D MicroPrint GmbH is specialized in the production of micro metal parts
   by Micro Laser Sintering and the sale of the associated machines.

   Our company was founded in 2013 in Chemnitz (Germany) as a result of a
   cooperation between EOS GmbH and 3D-Micromac AG. Experts from both
   companies have been working on the development and process maturity of the
   Micro Laser Sintering process since 2006.

   Your requirements for micro metal parts are our inspiration. Thanks to the
   additive production technology, quality and costs can be optimized while
   simultaneously expanding the functionality of the specific products of our
   customers.

   Over the past few years, we have developed and improved our Micro Laser
   Sintering technology by means of numerous customer projects and additional
   internal projects. Many companies, especially in the areas of medical
   industry, aerospace, semiconductor industry, etc. are already our
   satisfied customers.

   Now we would like to convince you with our services.

Our portfolio includes:

     • Design engineering and material consulting during the development of
       custom micro components and assemblies
     • Feasibility studies and functional models of customer components
     • Contract manufacturing of serial parts
     • Material development according to customer requirements
     • Sales of proprietary laboratory and production systems for Micro Laser
       Sintering
     • Technological support and process development for customer specific
       Micro Laser Sintering systems

   We were able to establish ourselves as a solution provider for several
   industries because of our unique technology, strong shareholders and a
   strategic investment plan. We are striving to expand this position through
   our continuous improvement.

Why 3D MicroPrint GmbH?

     • We offer solutions for the industrial manufacturing of their
       high-precision micro metal parts
     • We accompany you from the first design engineering to your own Micro
       Laser Sintering parts
     • We have a very good network of strategic shareholders and selected
       partners to work with
     • Our products and services are available worldwide

     • About 3D MicroPrint GmbH
     • News
     • Job Offers
     • ISO Certification

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                               ISO Certification

  We like the challenge of constant quality improvement!

   It is a matter of course for us to give our customers the best possible
   consulting and support at all times.

   From the beginning we want to provide you the highest level of security
   and reliability. As with technology and process development, our
   motivation for continuous improvement also applies to quality
   requirements. Your comments on this are particularly important to us and
   we are happy to meet your quality standards.

   The 3D MicroPrint GmbH has established and maintains a quality management
   system and is certified according to the DIN EN ISO 9001: 2008 standard.

    

    

     • 
       ISO 9001:2008 Certificate (PDF, 180 kb)

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                                   Job Offers

   3D MicroPrint GmbH develops and produces processes and systems for the
   production of precise and complex micro parts by means of Micro Laser
   Sintering.

   We offer our customers innovative solutions for the optimization and
   integration of novel functions into their part design. This allows us to
   manufacture complex micro components for applications such as in medical
   technology, jewelry and watchmaking, aerospace, chemical and energy
   technology, MEMS and semiconductors, automotive and many more.

   You are enthusiastic about our modern production technology of Micro Laser
   Sintering? Then we would like to welcome you in our team and do offer you
   a safe and future-oriented workplace.

   To support our team we are looking for:

  Assistant Sales & Marketing (f/m)

   Your task:

   Assistance Sales:

     • Maintain our international customer relationships
     • Contact for our international sales representatives
     • Back-office for our field sales
     • Support for bidding and offer tracking
     • Processing of our customer requests by telephone and email
     • Preparation and follow-up of customer visits
     • Support for internal reporting, market analyzes and competition
       analyzes

   Assistance Marketing:

     • Design and corporate image of our company

          • Drafting of press releases
          • Updating of our company homepage
          • Organisation and design of our trade fair appearances

     • Creation of sales-relevant marketing documents (presentations,
       brochures, newsletters)

   Your profil:

     • You have a successfully completed technical-commercial or commercial
       apprenticeship
     • You have professional experience in technical  (internal) sales and/
       or marketing
     • Good English skills both in written and speaking
     • Basic knowledge in MS Office. Initial experience in dealing with ERP
       systems is also desirable
     • Your work structured as well as solution driven
     • You accept responsibility and incorporate your own ideas into your
       work
     • A strong customer orientation, very good communication skills and a
       team-oriented approach improve your profile.

   Our offer:

     • Perspective of a long-term career in a dynamically growing start-up
       business
     • A pleasant working environment with flexible working hours and the
       best conditions for your professional development
     • A self-responsible remit with appropriate potential
     • Attractive payment and structured training

   Are you interested? 

   Please send us your valid application documents stating your earliest
   possible date of entry and your salary expectation, preferably by E-mail
   to jobs@3dmicroprint.com.

   If you have any questions, please contact Franziska Jeschke- Human
   Resources Manager,
   phone +49 371-40043-908.

   DOWNLOAD (Deutsch)

   DOWNLOAD (English)

    

  Students and Interns (f/m)

   At 3D MicroPrint GmbH you are moving in an international work environment
   characterized by a passionate pioneering spirit and a high level of
   engineering and construction competency.

   Put your knowledge into practice

   From writing your thesis to completing an internship – we offer you
   various opportunities to get to know our daily tasks and actively
   contribute your knowledge and develop yourself.

   We appreciate students and trainees who want to get involved and want to
   pitch in tasks. Young people who are looking forward to put their fresh
   knowledge into practice and to profit from their new experiences.

   Do you want to shape future-oriented technologies?

   Then check our offers. We are pleased to meet you.

   Please send your application documents via e-mail to jobs@3dmicroprint.com

   DOWNLOAD (Deutsch)

   DOWNLOAD (English)

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                                      News

   3D MicroPrint GmbH contributes the secured 3D printing research project
   SAMPL
   17. February 2017

3D MicroPrint GmbH contributes the secured 3D printing project SAMPL

    While the 3D printing technology is evolving rapidly worldwide, appropriate
    solutions for license management and security aspects in additive
    manufacturing are still not available. 3D MicroPrint GmbH joint the research
    project SAMPL (Secure Additive Manufacturing Platform) to delve into those
    topics.

   Read more...

   
   13. February 2017

Meet us at the intec in Leipzig

   This years intec in Leipzig hosts a special technology forum about
   additive manufacturing from March 8th -9th 2017.
   You can meet us on those days ins Hall 3, booth C60.

   We are looking forward to welcome you!
   For questions and appointments ahead please contact
   martina.griessbach@3dmicroprint.com.

   Read more...

   
   19. December 2016

3D MicroPrint GmbH gets ISO9001:2008 certificate

  In october 2016 the 3D MicroPrint GmbH got the quality certificate
  ISO9001:2008.

   It is a matter of course for us to give our customers the best possible
   consulting and support at all times. For this purpose we made the broad
   actions to define our claim of quality. This quality we want to establish
   in our processes and products to provide you the highest level of security
   and reliability.

   Read more...

   
   2. December 2016

Relaunch the website

  We have given our website a fresh look to introduce us to you.

   In Technology you find broad information to Micro Laser Sintering, the
   Benefits and some Case Studies that show the exceptional potential of the
   technology for your issues. Each task is different, so let´s find a
   solution together.

   Read more...

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    Technologie-Campus 1
    09126 Chemnitz
    Germany

   +49 371 5347 843
   +49 371 5347 836
   info@3dmicroprint.com

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   _____________________
   Search

                                    Contact

   3D MicroPrint GmbH

    Technologie-Campus 1
    09126 Chemnitz
    Germany

   +49 371 5347 843
   +49 371 5347 836
   info@3dmicroprint.com

   Reverse link: unknown
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