The DyzEnd Pro has a really small form factor making it one of the smallest hotend on the market. It is designed with a new high-temperature heat block, a new ceramic coated transition tube, vibration dampening feature, reinforced sealing properties, and smaller vibration resistant connectors that are better suited for 3D printers in closed environments. Moreover, the DyzEnd Pro comes equipped with Dyze Design’s new ultra wear resistance tungsten carbide nozzle. The high thermal performance of the tungsten carbide keeps the nozzle tip hot, thus allowing faster printing speed without sacrificing the quality. Tungsten carbide has exceptional wear resistance due to its high hardness.

DyzeXtruder Pro is lightweight and all-metal 3d printer extruder and also has one of the smallest form factors on the market: it is not larger than the NEMA 17 it uses, making it very space efficient on a multiple extruders configuration. Besides, the extruder is stronger than ever. With the improved teeth and new bearings types, the DyzeXtruder Pro is able to push as much as 10 kg (22 pounds) of force. This is more than necessary for all 3D printing applications. Finally, the new backblock has cooling fins for increased heat spreading in room environments.

DyzEnd Pro

New High-Temperature Heat Block: Steel will keep its strength at high temperatures much better than copper or aluminum. The new block shape reduces losses by breaking the sharp edges. The coating is very slippery and easier to clean.

New Ceramic Coated Transition Tube: The DyzEnd Pro is made from a ceramic coated titanium transition tube. The hard coating increases wear resistance and reduce friction, enabling easier retraction and better flow.

Fan sound/vibration dampening: The small rubber spacer absorbs the vibrations generated from the fan and reduces the noise. The higher quality fans have ball bearings, increasing lifespan, and further vibration reduction.

Cold Swappable Nozzles: By using a very special high-temperature sealing washer and a very strong M10 nozzle, the DyzEnd Pro is able to switch nozzles at room temperature. No leaks, no burning hazard.

Inconel® sealing washer: Inconel alloys are heat-resistant and can be used in extreme environments. The sealing washer easily keeps its sealing properties, even at 500°C.

Any Temperature Sensor: Choose between a 300°C Thermistor, a 500°C Thermistor, a 500°C PT100, or a 500°C Type K thermocouple sensor.

Liquid Cooling Ready: The DyzEnd Pro can be easily converted to a liquid cooled setup with Dyze Design’s specialized cooling blocks.

DyzeXtruder Pro

Toolless HotEnd Removal: Take your hotend off of your extruder in just a few seconds with the thumb screw. This will loosen the groove mount and free your hotend.

Multiple Mounting Possibilities: The side mounting threads make it very easy to assemble; two M3 screws are included to fit the DyzeXtruder Pro on a printer, bracketless. You can also mount the extruder on a panel.

Guided Filament: The guides conduct the filament out of the extruder. They follow the teeth shape, allowing no other exits for the filament. The whole part has a low friction coating, increasing the pushing efficiency.

Completely Redesigned Teeth: 35% more pushing force with rigid filaments. 25% more pushing for with flexible filaments. Also, the filament remains round, even after 100+ passages.

Metal Reduction Gears: The DyzeXtruder Pro has a 5.65: 1 gear ratio. This ratio has been chosen to use the full potential of a very small motor while, enabling very high pushing forces. The gears are custom made from high strength hardened steel. This combination allows low friction operations and a longer life. The gears and bearings are designed to last for hundreds of kilograms in extreme conditions.

Dual-pinch drive system: The dual-pinch system allows a higher pushing force with a lower filament pressure. It reduces the risk of flattening the filament when highly detailed prints require a lot of retractions.

Constant pressure: The custom spring has been redesigned to provide the optimal pressure at the filament with the new teeth. You’ll always get the same output flow, reducing the variations involved in changing filaments.

Matched included motor: The included motor is chosen to match the maximum torque tolerated by filaments. The motor won’t grind your filament and will prevent any damage inside the extruder.