EOS M 300-4
DMLS Quality With up to 10x More Productivity
Different degrees of automation for individual requirements
Consistent part quality over the entire build space
Up to four precision fiber lasers cover the entire 300 x 300 mm area
Automation
The EOS M 300-4 enables flexible adaptation to all individual requirements through various degrees of automation, helping to ensure an optimized workflow.
Quality
The exceptional laser and performance stability ensures consistent part quality over the entire build space, including full coverage of overlaps.
Productivity
Up to four precision fiber lasers work over a 300 x 300 mm area, with each laser covering the entire space.
Technical Data EOS M 100
- Construction Volume
- 300 x 300 x 400mm (11.8 x 11.8 x 15.8 in)
- Laser Type
- Yb-fiber laser; 4 x 400 W
- Precision Optics
- 4 F-theta-lenses; 4 high-speed scanners
- Scan Speed
- up to 7.0 m/s (23 ft./sec)
- Focus Diameter
- approx. 100 µm (0.004 in)
- Power Supply
- 3 x 80 A
- Power Consumption
- max. 36 kW / typical 26 kW
- Compressed air supply
- 7,000 hPa; 15 m³/h (102 psi; 530 ft³/h)
- Machine Dimensions (W x D x H)
- 5,221 x 2,680 x 2,340 mm (205.6 x 105.5 x 92.1 in) (with EOS Transfer Station M)
- Recommended Installation Space
- min. 8,800 x 5,200 x 3,500 mm (346.5 x 204.7 x 137.8 in)
- Weight
- approx. 5.500 kg
- Software
- EOSPRINT 2, EOS ParameterEditor, EOSTATE Monitoring Suite, EOSCONNECT Core, EOSCONNECT Core, EOSCONNECT MachinePark, Materialise Magics Metal Package and modules.
Compatible materials
3D Printed Molds and Tools
Reduce Cycle Times, Increase Cost-Efficiency
Why using additive manufacturing to produce 3D printed molds and tools? As an industrial production method, the 3D printing process of additive manufacturing offers enormous design and manufacturing freedom. The most complex of shapes can be designed and produced in the highest quality, quickly and cost-efficiently, even for small batch sizes. In this way, the process provides a solution to a tooling challenge faced by many tool and mold makers:
In many industries, producing specialized tools and parts is one of the most resource-intensive manufacturing processes. Conventional processes are typically expensive, time-consuming and technically very challenging. The 3D printing process with EOS metal materials is the answer.
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3D Printing in Medical Technology
Additive Manufacturing for Orthopedic Technology
EOS additive manufacturing technology creates precisely fitting instruments and implants directly from CAD data.
The process manufactures implants based on anatomical data collected from the wearer and allows them to be delivered quickly. This avoids any waiting times or complications due to extended periods of inactivity, so the implants fit better. It also speeds up the healing process as a whole and has a lasting positive impact on the patient’s quality of life.
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3D Printing in Practice
Additive Manufacturing for Serially Produced Vehicles
We help our customers implement additive manufacturing wherever it can fully demonstrate its strengths. This ranges from major changes to logistics systems, detailed equipment customization and lightweight parts, to engine technology fine-tuning. 3D printing technology holds the potential to optimize the automotive production value chain and react quickly and flexibly to new trends. This potential is extremely valuable in an industry where every player, automotive manufacturer, OEM and tooling provider faces high costs and innovation pressure.
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