Technologies

Additive Series Production

Check out the relevant products

01 Automation system

02 Industrial 3D Printers

What is Additive Series Production?

While 3D printing was previously used primarily for prototyping, the new 3D production systems are finding more and more applications in series production. Newly developed 3D printers and printing materials now enable the production of hundreds of thousands of components. Additive series production increases flexibility in the manufacturing process and makes it possible to make customer-specific adjustments. No investment in an injection mold is necessary, thus the capital investment for new products can be greatly reduced.

Complex shapes possible

Fast series production

Wide range of applications

Together we validate your application in 3 steps!

01

Application analysis

The first step is a technical evaluation of your CAD data by one of our application engineers. In this step we discuss your application and the requirements and make a pre-selection of the printing material and the printing technology.

02

Cost calculation

Before carrying out the test print, we will provide you with a cost and time calculation. Possible post-processing steps can be calculated and discussed here. Together we validate the commercial side of your project in this step.

03

Sample part printing

In the third step, we produce some sample parts for you. You can then use the parts to validate the technical aspects of the project and perform all the necessary tests. A production system can then be installed at your site.

Advantages and disadvantages of additive series production with your own production facility

  • High flexibility in manufacturing
  • High complexity of components possible
  • First components within hours
  • Fast manufacturing
  • High quantities
  • Wide range of materials
  • Not for very high volumes (>1 million)
  • Rework may be necessary
  • Learning curve

Materials

Suitable materials for your project

Due to the wide range of materials available for the various 3D printing processes, we can find a suitable material for almost any application. We will be happy to advise you on which material is suitable for your production.

Here you will find a short selection of potential materials:

Resin, ABS, PC, PEEK, PA12, PA11, PA6, PBT, PP, TPU, Carbon Fiber, Ultem, ...

Contact us!

Resin

Good mechanical properties, excellent precision, clean surfaces.

Powder

High complexity possible, very stable components, good heat resistance.

Filament

Cost-effective alternative, wide range of materials, simple process.

Metal

Cost-effective alternative, wide range of materials, simple process.

Applications

Automation solutions

Fully automated production cell for series production of 3D printed components.

We supply fully automated production systems for the series production of your product. Using the latest automation technology, we increase production capacity while reducing the cost per part.

Contact us for more information!

Additive Automation

Produktionszelle V1

Additive automation automates the entire manufacturing process. Using state-of-the-art robotics and automation technology, we produce 3D printed components without human interaction and at low cost.

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Industrial 3D Printers

Stratasys®

F3300™

New FDM technology, which the F3300™ uses, significantly improves speed, throughput, reliability, and quality. New features include material dryers for ideal material characteristics, four extruders with a patented automatic tool (extruder) changer for multi-resolution printing and system redundancy, linear motors and encoders for quick, precise extruder movement, and autocalibration to cut down on labor and operator input.

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Stratasys®

F900™

The most powerful FDM® system on the market, the Stratasys® F900™ 3D System offers exceptional production agility and a strong return on investment. Produce production components, jigs, fixtures, intricate functional prototypes, and factory tooling with unparalleled precision, consistency, and predictability. Crafted to satisfy the rigorous requirements of production.

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Stratasys®

Fortus® 450mc

On your production floor, additive manufacturing with the Fortus® 450mc allows you to reduce costs, boost uptime, and enhance quality. It provides data security, an open-material environment, and accuracy and dependability that has been proven.

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Stratasys®

F770™

The F770™ 3D printer from Stratasys® helps increase manufacturing productivity whether you need to 3D print big items or multiple smaller parts, such as assembly fixtures, manufacturing aids, or end-use parts. Its plug-and-print simplicity allows even the most inexperienced user to print complicated parts fast and effortlessly.

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Inkbit

Vista™

The Inkbit Vista™ printing system is designed for mass production of 3D printed polymer components. It utilizes Vision-Controlled Jetting (VCJ) technology, which provides high-resolution print quality and enables users to print high-volume parts with high precision and dimensional accuracy.

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Nexa3D®

XiP Pro

The Nexa3D® XiP Pro is the next generation of industrial resin 3D printers and delivers the highest throughput with low operating costs, as well as the largest build volume and fastest print speed in its class. The unmatched productivity of the XiP Pro enables you to produce functional prototypes and end-use parts at unprecedented production conditions.

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Nexa3D®

NXE 400Pro-LAN

With an exceptional build capacity of 17 liters, the Nexa3D® NXE 400Pro photopolymer 3D printer delivers unmatched throughput at the highest build speed in its class, without sacrificing precision or process reliability. The Nexa3D® NXE 400Pro industrial 3D printer's proprietary LSPc® (Lubricant Sublayer Photo-curing) technology offers a smoother surface, higher precision and greater tolerances compared to SLA 3D printing.

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Nexa3D®

NXD 200Pro-LAN

The Nexa3D® NXD 200Pro is the ideal 3D printer for high-throughput dental applications. 275 x 155 x 200 mm, a record-breaking build volume of 8.5 l and patented LSPc® technology. This comprehensive 3D printer is perfect for printing surgical guides, custom impression trays, splints, dental models and much more.

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Nexa3D®

QLS 820

The Nexa3D® QLS 820 SLS 3D Printer is a quad laser system that offers unmatched production capabilities and the highest part throughput in its class. It was designed with automation and scalability in mind. With up to four times the throughput of conventional Laser Sintering 3D printers and other polymer powder bed technologies, the Nexa3D® QLS 820 sets new standards for 3D printing.

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Nexa3D®

QLS 260

The QLS 260 from Nexa3D uses selective laser sintering (SLS) technology to produce components with outstanding mechanical and thermal properties. The system can also produce highly complex components without support structures.

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Desktop Metal®

Shop System™ Forust Edition

The Shop System™ Forest Edition is the first commercially available 3D printing system to utilize rapid binder jetting technology to process recycled sawdust into useful end-use wood parts. Forust creates 3D printed, digitally reclaimed wood with a grain that runs the full volume of the part and, unlike particleboard or laminate, can be sanded and finished.

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Desktop Metal®

Shop System™

Compared to conventional production methods and laser-based additive manufacturing, the Shop System™ from Desktop Metal® is an end-to-end solution. It uses single-pass binder jetting 3D printing technology to produce high-resolution metal 3D printed parts quickly and cost-effectively.

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Desktop Metal®

Production System™ P-50

Developed by pioneers of binder jetting and single-pass inkjet technology, the Desktop Metal® Production System™ P-50 is currently the fastest additive manufacturing process for mass production.

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Desktop Metal®

X160Pro™

The binder jetting system from Desktop Metal®, offers an open material platform and can reliably process everything from coarse sand, ceramics and other specialty materials to ultra-fine MIM (Metal Injection Molding) powders. The X160Pro™ uses Triple ACT (Advanced Compaction Technology). It is equipped with 4 piezoelectric print heads (4,096 nozzles) that operate unidirectionally.

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Stratasys®

Neo®800

Large format SLA printer that produces large volume parts with excellent surface finish, accuracy and detail. The SLA printer produces parts with excellent surface finish on the 800 × 800 × 600 mm build platform. Produce extremely large parts or build countless parts in one print run to save time and costs.

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Stratasys®

Neo®450s

The Stratasys® Neo®450s, with a build volume of 450 x 450 x 400 mm, is up to 40% faster than Stratasys® Neo®450e and offers standard and high-definition build modes. The SLA printer is ideal for users who need high-definition parts for their applications. The variable laser beam technology of the Stratasys® Neo®450s allow you to quickly produce SD parts or produce HD parts with fine resolution and intricate, small details.

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Stratasys®

Neo®450e

An affordable industrial SLA printer that can produce small to medium sized parts with consistent accuracy and repeatability. Produce complex prototypes, tooling or master models with industrial quality.

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Roboze

ARGO 1000

The Roboze Argo 1000 has the largest build envelope in the ARGO series, with a volume of 1000 x 1000 x 1000 mm (39.37 x 39.37 x 39.37 in). Create large-format parts with positioning accuracy of 10 µm with reliable repeatability using the 3D printer.

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Roboze

ARGO 500

The Roboze Argo 500 is the mid-range size of the ARGO series, with a volume of 500 x 500 x 500 mm (19.7 x 19.7 x 19.7 in). Create large format parts in a 3D printer with 10 µm positioning accuracy with consistent repeatability.

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Roboze

ARGO 350

The Roboze Argo 350 has a volume of 350 x 300 x 300 mm (13.8 x 11.8 x 11.8 in), the smallest size in the ARGO series. Create large format finished parts with a 3D printer with 10 µm positioning accuracy and consistent repeatability.

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Sinterit

NILS 480

The Sinterit NILS 480 is a new industrial-standard SLS 3D printer with a high level of automation and the best return on investment in the SLS technology market. With Sinterit's extensive powder selection and the large build volume of the NILS 480, you can innovate and push the boundaries of additive manufacturing.

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Advice

Our team of experts, especially our application specialists, will support your project in all individual steps. Together with our software team, we also have the possibility to accompany you during the design process to optimize the components for 3D printing.

Do you have an interesting application?

Ahmet Destan Head of the Metal Business Unit