The Wematter Atmosphere provides improved control over build chamber conditions in the Gravity SLS 3D printer, which creates increased part density, surface finish, and mechanical performance.
Atmosphere communicates with the Gravity‘s software to create a more stable thermal environment during the printing process. This results in more durable printed components while reducing the wear on the material that is not fused in the powder bed in the build chamber.
Another advantage of the balanced process is a higher number of possible components per print job, which results in an increased part density without the risk of parts fusing together. White prints also become more white as no discoloration of the material can occur.
“It is very fun to see, after several years of development, the results of our hard work and that the response from the market is so positive. The Atmosphere will be another part of making our ecosystem scalable. Our customers will be able to modularly upgrade their equipment with the features that suit the company’s operations” says founder and CEO Robert Kniola.
Just plug in and stay safe
According to Wematter’s vision to make their products as user-friendly as possible, the Atmosphere does not require any additional equipment, such as ventilation or compressed air. The device just needs to be plugged into a standard wall outlet and connect it to Gravity.
Thanks to the Gravity’s Deep Space software, the Atmosphere starts automatically during each print job for increased reliability. The unit only works by regulating the air that is already in the room and does not add any additional substances to the machine.
“Some manufacturers solve the climate aspect with complicated infrastructure, others solve it with a gas tube, which entails a great risk to safety. We have a standalone system that is safe for the user in a work environment. It will be a safer alternative than, for example, just connecting a nitrogen generator”, explains founder and CEO Robert Kniola.
Increased recycling rate for used material
The Atmosphere will therefore be an important component in Wematter’s work toward sustainable manufacturing. After each print with the Gravity printer, the remaining material is collected with the Inertia powder collector and then sent back to Wematter for inspection. As a result of reduced heat variations, the wear on the powder that is not fused decreases, which means that a larger proportion can be recycled.The amount of consumed raw material is reduced while also allowing customers to produce more cost-effectively.
Main benefits with Atmosphere 2021
- Increased mechanical properties of components for large print jobs
- Increased powder recyclability rate of unsintered material
- 70 % improved strain-at-break of printed parts when using Atmosphere with recycled powder compared to printing without Atmosphere
- Increased aesthetic characteristics for white printing material
- Enables increased efficiency of powder when printing components
Atmosphere product sheet
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Wematter Atmosphere will be available from spring 2021 as an option in the Gravity ecosystem for new and existing customers.
Wematter manufactures advanced office-sized selective laser sintering 3D printers. The company exists to accelerate the move towards additive manufacturing by lowering barriers to entry. Its innovative 3D-printing SLS technology lets companies quickly prototype ideas, which increases overall design and engineering efficiency.
Wematter’s Nordic roots suffuse the company’s creative cycle. The team focuses on balancing user experience, ease of use, sustainability, and performance in all of its activities. The resulting quality and reliability are testaments to not just a client focus but to corporate responsibility in the face of a changing environment and industrial landscape.
Wematter attracts top customers like Siemens, Volvo, and Husqvarna. The company was founded by design engineers working with FDM SLA and FDM 3D printers, injection molding, and CNC-milling. Since its inception in 2014, Wematter has delivered 3D printers and 3D-printed components to car manufacturers, hospitals, and aerospace clients.