Dyze Design  

Typhoon™ is described as high flow and fast print all-in-one extruder toolhead specifically designed for industrial large-scale 3d printers. This print head is designed to extrude 2.85mm filament, is compatible with standard firmware and is capable of outputting a flow around 200mm³/s (0.9 kg/h). This means quicker print at a high deposit rate.

• Super High Flow : The Typhoon extruder can output 200 mm³/s (0.9kg/h), one of the highest flow rate for 2.85mm filament.
• Precise Temperature Control : the two PT100 sensors are class A, high precision sensors. The circuit has been designed to use the best resolution between 0°C and 500°C.
• Quad Pinch Filament Driving System : The quad pinch system is a four-point contact with the filament. This extreme grip ensures no slipping ever occurs. Any type filament can go through this mechanism, even very soft and flexibles ones.
• Dual Heating Zone : The dual heat zone design ensures the polymer is at a constant temperature. The top section receives cold filament and generates more heat to melt the polymer. Then, the bottom zone ensures that the polymer is at a precise temperature to output an even flow.
• Hot Environment Ready : The Typhoon™ is ready for any environmental conditions. The watercooling loop ensures the whole system is at a constant temperature. With an additional heat shield, the Typhoon™ extruder can handle 200°C environment.
• Quick Heatzone Change : Each heatzone can be switched easily with a few knob turns. The taper assembly ensures solid contact with the housing. The electrical connection is automatically done with the nozzle change.
• Easy Filament Swap : The top lever moves all driving mechanisms away from the filament, allowing filament switching in just a second.
• Strong NEMA23 Motor : The NEMA23 motor can handle high flow without a sweat. The driving system is able to push as much as 20 kg.

• Ultra High Flow: The Pulsar can output up to 500 mm³/s (2.5kg/h). It is our highest output flow solution and one of the fastest portable pellet extruder on the market.
• Automatic Feeding System: The Pulsar can come with an optional feeding system which detects the pellets level. Pellets can be delivered from a bulk source.
• Tri-zone Heating Control: The triple heat zone design ensures the polymer is at a constant temperature. The top section receives cold pellets and generates more heat to melt them. Then, the middle zone stabilizes the polymer at a precise temperature. Finally, the nozzle heater ensures an even flow.
• Customized Extrusion Screw: The customized screw design is optimized for 3D printing with high resolution.
• Multiple Nozzle Size: Pulsar can be used with large nozzles from 1.00mm up to 5.00mm.
• Uniform Heating: The spiral heaters are wrapping the whole heated cylinder and ensure uniform temperature all the way through the end of the extrusion.
• Melting Zone Sensor: The temperature sensors are placed 0.50mm from the molten polymer. Readings are reliable and accurate.
• Tool Steel Nozzle: The super abrasive resistant steel nozzle avoid any change in nozzle size and height during large prints with abrasive material.
• Precise Temperature Control: The three PT100 sensors are class A, high precision sensors. The circuit has been designed to use the best resolution between 0°C and 500°C.
• Ultra Rugged: The all-metal frame is made from aluminum alloy and is designed to withstand high stresses in tough conditions.
• Hot Environment Ready: The Pulsar is ready for any environmental conditions. The watercooling loop ensures the whole system is at a constant temperature. With an additional heat shield, the Pulsar can handle 200°C environment.
• Anti-Oozing Mechanism: As the screw can’t pull molten plastic, an anti-oozing mechanism ensures nice looking prints without any flaws.
• High-Temperature Materials:  PEEK, Ultem, PSU. The high-temperature heaters, temperature sensors, and extrusion components enable printing up to 500°C.
• 800 Watts Heating Power: High flow means high energy. The 800 Watts heating system ensures stable temperature in high-speed 3D printing conditions.