We support you as you get started
with additive manufacturing.
The most important requirements of your use case are examined in an initial meeting.
Based on customer requirements, we carry out a component and cost analysis to determine the potential. Here, for example, we optimize lightweight construction or the topology of the component.
Once the requirements profile and the component and cost analysis are clear, we identify the most suitable 3D printing system.
We then manufacture a sample component on our in-house machinery in accordance with the design optimizations that have been carried out.
During a joint appointment at our technology center in Esslingen, we present the component and prepare an offer according to your specific requirements.
Together, we will find the right 3D printing system for your application and enable you to get started efficiently in additive manufacturing with our industrial 3D printers.
Contact usDesktop Metal is considered an innovative driver of metal and ceramic 3D printing and offers a comprehensive range of software tools and materials. The market leader provides its customers with the most advanced 3D printing technologies, such as metal binder jetting and bound metal deposition, for the production of complex metal components: from single to series production. Systems with metal binder jetting technology in particular are characterized by their high precision, printing speed, and cost efficiency. Desktop Metal attaches great importance to the ease of use and integration of its systems into existing production environments.
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Desktop Metal's Studio System has been designed from the ground up for ease of installation and use. Bound metal deposition technology can be used to produce individual, strong parts with complex geometries in a two-stage printing process. This process is supported by software-based monitoring and effortless removal of support structures.
The Shop System is a 3D printing system for the mass production of metal parts with consistent print quality. Desktop Metal's printing solution offers innovative materials to enable effortless printing of end-use parts with high quality surface finishes while maintaining tolerances.
Boston Micro Fabrication (BMF) is the leading manufacturer of micro-precision 3D printers for industry. BMF uses an innovative technology called micro-precision stereolithography (PμSL), which uses a flash of UV light to rapidly photopolymerize a layer of liquid polymer with micro-scale resolutions. Using industrial composite polymers and ceramic materials, BMF achieves resolutions from 2μm to 50μm and accuracies from +/- 5μm to 25μm, offering the ability to quickly produce prototypes or end products without molds or tools. BMF is currently the only supplier of 3D printers that achieves the quality of micro injection molding and CNC machining.
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The 2μm printer series is the highest resolution BMF system, perfect for applications that require ultra-high resolution and tight tolerances. The 2μm series handles a wide range of materials and is the best choice for producing CAD-accurate prototypes that look exactly like the finished product.
The 10μm printer series can be used to print light-sensitive resins and ceramics. The systems are the ideal solution for companies and universities that require ultra-high resolution, accuracy and precision in a desktop package. You can produce even the most demanding industrial-quality micro parts in a short time.
3DCeram is a leading global provider of 3D printing for technical ceramics.
3DCeram offers a range of customized 3D printers for processing technical ceramics and develops both its own and customer-specific slurries (ceramic suspensions) that are optimally tailored to the respective application.
3DCeram's SLA-based 3D printing technology is used in particularly demanding industries such as aerospace, medical technology, manufacturing, and research institutions. In addition to Ceramaker printing systems, the company offers the entire process chain from a single source—from printing and debinding to sintering in its own furnace system.
The C101 EASY Lab is the smallest model in the 3DCeram product portfolio and has been specially designed for use in research and development. With an installation space of 100 × 100 × 150 mm, the printer is ideal for laboratory applications, material tests, material research, characterization and material testing.
Particularly noteworthy is the integrated SAM option (Small Amount of Material), which enables a material-friendly printing process - a decisive advantage in the development and testing of new ceramic materials. The print job can be started with as little as 10mL of slurry.
The C101 EASY Fab is similar to the EASY Lab in its basic configuration, but is specially designed to meet the requirements of industrial customers and manufacturing companies. It is ideal for the production of small series.
Like the EASY Lab, the EASY Fab also has an installation space of 100 × 100 × 150 mm. It is also equipped with an integrated slurry tank from which the material is automatically pumped to the printing platform - a decisive advantage for more efficient and reproducible production in an industrial environment.
Carbolite is a leading global manufacturer of laboratory and industrial ovens for temperatures ranging from 30°C to 3000°C. Since 1938, the brand has stood for innovation, quality, and customer-specific solutions. With locations in the UK and Germany, Carbolite supplies high-tech furnaces for research, industry, and special applications—from standard equipment to complex custom systems. As part of the Verder Group, Carbolite combines comprehensive expertise with a global presence and technical excellence.
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The metallic HTK series from Carbolite includes high-temperature furnaces with heaters made of tungsten (HTK W) or molybdenum (HTK MO) and reach up to 2200 °C. Available in four sizes (8-120 l), they are suitable for laboratories, pilot plants and production. The front door facilitates loading and unloading. The metal construction ensures high purity of the inert gas atmosphere and vacuum. A high vacuum upgrade is available as an option. Frequently used gases are nitrogen, argon and hydrogen. A retort can be used for gas flow and temperature uniformity.
The AAF ashing ovens are designed for the complete ashing of samples at up to 1100 °C. With a programmable controller, efficient air flow (4-5 air changes/minute) and heating elements on four sides, they offer optimum temperature distribution. They comply with ISO 1171:2010, ASTM D3174-04 and ASTM D4422 - ideal for food, plastics, coal, etc. The robust ceramic muffle reliably protects the heating elements.
Specializing in industrial measurement technology, GOM Metrology, part of the Zeiss Group, offers solutions for manual and automated 3D digitization, evaluation software, and training. These are used in particular in quality assurance, reverse engineering, and product development. The powerful 3D scanning systems and software are characterized by their high user-friendliness and precise measurement results.
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The compact but powerful 3D scanner with GOM's Blue Light Technology and stereo camera principle delivers 3D data with maximum precision. The system's self-monitoring software offers intelligent mesh processing and guarantees the quality of the measurement data.
The portable handheld scanner T-SCAN hawk 2 is ideal for mobile use thanks to its light weight and easy handling.
Desktop Metal is considered an innovative driver of metal and ceramic 3D printing and offers a comprehensive range of software tools and materials. The market leader provides its customers with the most advanced 3D printing technologies, such as metal binder jetting and bound metal deposition, for the production of complex metal components: from single to series production. Systems with metal binder jetting technology in particular are characterized by their high precision, printing speed, and cost efficiency. Desktop Metal attaches great importance to the ease of use and integration of its systems into existing production environments.
Show all products
Desktop Metal's Studio System has been designed from the ground up for ease of installation and use. Bound metal deposition technology can be used to produce individual, strong parts with complex geometries in a two-stage printing process. This process is supported by software-based monitoring and effortless removal of support structures.
The Shop System is a 3D printing system for the mass production of metal parts with consistent print quality. Desktop Metal's printing solution offers innovative materials to enable effortless printing of end-use parts with high quality surface finishes while maintaining tolerances.
Boston Micro Fabrication (BMF) is the leading manufacturer of micro-precision 3D printers for industry. BMF uses an innovative technology called micro-precision stereolithography (PμSL), which uses a flash of UV light to rapidly photopolymerize a layer of liquid polymer with micro-scale resolutions. Using industrial composite polymers and ceramic materials, BMF achieves resolutions from 2μm to 50μm and accuracies from +/- 5μm to 25μm, offering the ability to quickly produce prototypes or end products without molds or tools. BMF is currently the only supplier of 3D printers that achieves the quality of micro injection molding and CNC machining.
Show all products
The 2μm printer series is the highest resolution BMF system, perfect for applications that require ultra-high resolution and tight tolerances. The 2μm series handles a wide range of materials and is the best choice for producing CAD-accurate prototypes that look exactly like the finished product.
The 10μm printer series can be used to print light-sensitive resins and ceramics. The systems are the ideal solution for companies and universities that require ultra-high resolution, accuracy and precision in a desktop package. You can produce even the most demanding industrial-quality micro parts in a short time.
3DCeram is a leading global provider of 3D printing for technical ceramics.
3DCeram offers a range of customized 3D printers for processing technical ceramics and develops both its own and customer-specific slurries (ceramic suspensions) that are optimally tailored to the respective application.
3DCeram's SLA-based 3D printing technology is used in particularly demanding industries such as aerospace, medical technology, manufacturing, and research institutions. In addition to Ceramaker printing systems, the company offers the entire process chain from a single source—from printing and debinding to sintering in its own furnace system.
The C101 EASY Lab is the smallest model in the 3DCeram product portfolio and has been specially designed for use in research and development. With an installation space of 100 × 100 × 150 mm, the printer is ideal for laboratory applications, material tests, material research, characterization and material testing.
Particularly noteworthy is the integrated SAM option (Small Amount of Material), which enables a material-friendly printing process - a decisive advantage in the development and testing of new ceramic materials. The print job can be started with as little as 10mL of slurry.
The C101 EASY Fab is similar to the EASY Lab in its basic configuration, but is specially designed to meet the requirements of industrial customers and manufacturing companies. It is ideal for the production of small series.
Like the EASY Lab, the EASY Fab also has an installation space of 100 × 100 × 150 mm. It is also equipped with an integrated slurry tank from which the material is automatically pumped to the printing platform - a decisive advantage for more efficient and reproducible production in an industrial environment.
Carbolite is a leading global manufacturer of laboratory and industrial ovens for temperatures ranging from 30°C to 3000°C. Since 1938, the brand has stood for innovation, quality, and customer-specific solutions. With locations in the UK and Germany, Carbolite supplies high-tech furnaces for research, industry, and special applications—from standard equipment to complex custom systems. As part of the Verder Group, Carbolite combines comprehensive expertise with a global presence and technical excellence.
Show all products
The metallic HTK series from Carbolite includes high-temperature furnaces with heaters made of tungsten (HTK W) or molybdenum (HTK MO) and reach up to 2200 °C. Available in four sizes (8-120 l), they are suitable for laboratories, pilot plants and production. The front door facilitates loading and unloading. The metal construction ensures high purity of the inert gas atmosphere and vacuum. A high vacuum upgrade is available as an option. Frequently used gases are nitrogen, argon and hydrogen. A retort can be used for gas flow and temperature uniformity.
The AAF ashing ovens are designed for the complete ashing of samples at up to 1100 °C. With a programmable controller, efficient air flow (4-5 air changes/minute) and heating elements on four sides, they offer optimum temperature distribution. They comply with ISO 1171:2010, ASTM D3174-04 and ASTM D4422 - ideal for food, plastics, coal, etc. The robust ceramic muffle reliably protects the heating elements.
Specializing in industrial measurement technology, GOM Metrology, part of the Zeiss Group, offers solutions for manual and automated 3D digitization, evaluation software, and training. These are used in particular in quality assurance, reverse engineering, and product development. The powerful 3D scanning systems and software are characterized by their high user-friendliness and precise measurement results.
Show all products
The compact but powerful 3D scanner with GOM's Blue Light Technology and stereo camera principle delivers 3D data with maximum precision. The system's self-monitoring software offers intelligent mesh processing and guarantees the quality of the measurement data.
The portable handheld scanner T-SCAN hawk 2 is ideal for mobile use thanks to its light weight and easy handling.
Since 2020, we have been helping companies to break new grounds in industrial manufacturing. With the most advanced 3D printing technologies and the highest quality industrial 3D printers, we make you more innovative, faster and more flexible, giving you a decisive competitive advantage.
Receive advice
Additive manufacturing enables the scalability of your production, allowing you to switch flexibly between the production of prototypes and series.
Compared to conventional manufacturing processes such as MIM, turning or milling, 3D printing can significantly reduce production times and avoid the need for post-processing of components.
3D printing does not require the complex production of tools, which results in considerable cost savings on the one hand and allows design adjustments to be made on the other.
The design freedom of 3D printing enables the production of complex geometries. This means that previously unattainable functions can be integrated into existing designs without compromising on the mechanical properties.
By manufacturing different components on site and on demand, the risk of uncertain supply chains is eliminated. This also results in cost savings on otherwise high storage and shipping costs.
Our team of 3D printing experts will support you throughout the entire entry process into additive manufacturing. We focus on your requirements at all times, provide you with comprehensive advice on the systems and technologies and support you in optimizing your application. Contact the right expert for your application now.
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