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FORMIGA P 110 is a flexible, cost-efficient and highly productive system for the Additive Manufacturing of polymer parts. This compact system is ideal as an entry into Additive Manufacturing, for example for cost-efficient small series production, customized products with complex geometries and rapid prototyping applications.

Without requiring tools, the system makes direct use of digital CAD data to produce polymer parts of the highest surface quality to a maximum construction height of 330 mm.

Innovation:

• Additive Manufacturing of polymer products directly from CAD data within just a few hours
• Cost-efficient, batch-size appropriate production
• Flexible balancing of component requirements (mechanical criteria, surface quality, consistency of form, etc.) with the greatest possible cost efficiency through the use of suitable EOS parameter sets

Quality:

• Maximum reproducible part quality that has set quality standards in the market (“FORMIGA Quality")
• Optimized thermal management (improved dosing tray tempering and new 4-channel heating)

Sustainability:

• The material portfolio available for the FORMIGA P 110 particularly encompasses materials with a high level of recyclability, thus reducing costs and protecting the environment
• During system development particular attention has been paid to low operating costs thanks to minimized energy consumption
• An external nitrogen connection enables connection to a central nitrogen supply, reducing the amount of compressed air required by the machine

Efficiency:

• Shortened cycle times thanks to the optimisation of the laser sintering process steps
• Minimum downtimes thanks to the streaming concept: The system can start building the job as soon as the job file is loaded
• Optimum usability of the construction space thanks to an improved thermal management system

Flexibility:

• Easy integration in existing production environments
• A wide range of materials is available (PA 2200, PA 2201, PA 3200 GF, PrimeCast 101, PA 2105 and various other materials in planning)
• PA 2200 is now also available in 0.06 and 0,12 mm layer thicknesses, as well as 0.1 mm

User-friendliness:

• Convenient handling through a high degree of automation and intuitive user interface
• Design for low-dust, ergonomic work conditions
• Data can be prepared in a convenient way in the workplace

Additive manufacturing system for the industrial production of high-quality metal parts

Designed for industrial applications, the EOS M 400-4 offers a large building volume of 400 x 400 x 400 mm combined with four lasers for up to four times higher productivity.

It shatters boundaries of manufacturing as it meets the most demanding requirements of modern production environments in terms of efficiency, scalability, usability and process monitoring. The modular platform design can easily be integrated into existing production environments and flexible consolidated with future innovation.

Productivity in a new dimension

While the “sister system" EOS M 400 runs with a single 1000W laser, the EOS M 400-4 multiplies the capacity of the EOS M 290, both ensuring proven DMLS quality. All EOS M 290 processes can be transferred to the EOS M 400-4 while retaining equivalent part properties.

Building volume plus speed

• Large building volume of 400 x 400 x 400 mm with four 400 watt lasers operating independently
• The four precise 400 watt fiber lasers operate in a 250 mm x 250 mm square each with an overlap area of 50 mm
• High build rate of 100 cm³/h

4 Lasers – First-class DMLS quality

• Exceptional beam and power stability provides highest DMLS part quality
• All processes running on the EOS M 290 can be transferred to the EOS M 400-4 and deliver equivalent part properties
• New EOS ClearFlow Technology ensures consistent process gas management for ideal build conditions
• Extensive monitoring features ensure high process stability and part quality

High productivity platform with smart process flow:

• Wide range of materials: from light metals to stainless and tool steels to superalloys
• Easy handling through a high degree of automation in workflow and operation
• Intuitive user interface, flexible software tools and a variety of additional equipment fulfill industrial production requirements