Printers

Dyze Design on the Acceleration of 3D Printing through High-Speed Extrusion

The market for 3D printers continues to grow, and as machines become more reliable and faster, extruders, hotends and nozzles are now components that can limit the capabilities of a printer. The Canadian company Dyze Design wants to offer a…

Dyze Design on the Acceleration of 3D Printing through High-Speed Extrusion
3Dnatives

The market for 3D printers continues to grow, and as machines become more reliable and faster, extruders, hotends and nozzles are now components that can limit the capabilities of a printer. The Canadian company Dyze Design wants to offer a set of solutions adapted to a wide range of machines and has developed high performance extruders such as the Pulsar or the Typhoon. These extruders range from the standard FFF desktop to professional pellet solutions. By offering high speed printheads with anti-leakage systems, Dyze Design wants to ensure a fast, accurate and repeatable FDM printing process. We met with Xavier Geremia, Sales Representative & Account Manager at Dyze Design and had the opportunity to ask him a few questions to learn more about high speed printing and the role of pellets today.

3DN: Could you introduce Dyze Design?

Dyze Design is a Montreal-based company that develops, manufactures and markets components for 3D printers, mainly heating heads, extruders, sensors and other types of accessories that control the supply and deposit of raw materials. Our mission is to “empower people to create tools and things they need, where and when they want.” This mission is being met by developing products that improve the reliability and usability of 3D printers by enabling the printing of new materials.

In addition to its extruders, Dyze Design offers various accessories like this filament sensor (photo credits: Dyze Design)

In a word, we want to become the “Intel Inside” of 3D printers: to position ourselves as the main supplier of extrusion systems for all printers operating on the principle of material extrusion (MEX), particularly at very high industrial throughput, which is aimed at both industry and robotics.