FORMIGA P 110 Velocis
The Established Entry-Level System
Build rate of 1.2 l/h with a packing density of 5%
Series production of small to medium-sized components
Extremely user-friendly
Full Cost Control
The only running costs are the material and electricity you use. This results in low operating costs that are easy to calculate. Auxiliary materials such as binding agents are not required.
Proven Quality
The established industrial 3D printer has set new standards on the market thanks to its high reliability and reproducible part properties.
Quick & Easy
The machine is low-maintenance and requires very few accessories. Parts are application-ready immediately after unpacking and blasting. No post-processing steps are required.
Technické údaje FORMIGA P 110 Velocis
- Construction Volume
- 200 x 250 x 330 mm (7.9 x 9.8 x 13 in)
- Building rate
- up to 1.2 l/h
- Laser Type
- CO₂; 30 W
- Precision Optics
- F-theta lens, high-speed scanner
- Scan Speed
- up to 5 m/s (16.4 ft/s)
- Power Supply
- 16 A
- Power Consumption
- typical 3 kW, maximum 5 kW
- Machine Dimensions (W x D x H)
- 1,320 x 1,067 x 2,204 mm (51.97 x 42.01 x 86.77 in)
- Recommended Installation Space
- min. 3.2 x 3.5 m x 3.0 m (126 x 138 x 118 in)
- Weight
- approx. 600 kg (1.323 lb)
- Software
- EOS ParameterEditor, EOS RP Tools, PSW 3.6
Compatible materials
3D Printing in Practice
Additive Manufacturing for Sports Articles
To remain competitive, the sports equipment industry is increasingly turning away from classically mass-produced items. With new ideas for product improvements, businesses are approaching their goal of optimizing “athletes and their equipment” as an integrated system.
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Industrial 3D Printing for a Perfect Fit
Digital Production of Orthoses and Prostheses
We offer systems, materials and processes, software, and services – anything that you need for the 3D printing of prostheses and orthoses. With our solutions, orthopedic technicians and companies benefit from reliable data, stable processes, and decades of market experience.
Why 3D printing? With conventional manufacturing processes, the model needs to be manually adapted for each patient. The large number of steps involved means that production is expensive and time-consuming.
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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