V2™ Extruder







V2™ Extruder

SKU: 321-1-1-2 Category: Brand:

V2™ Extruder

The Bondtech Extruder Universal is based on our revolutionary new DualDrive technology that gives the best performance that are available today on the market.

The V2 designs is our first released product that allows for both a Bowden and a Direct-drive setup according to your choice. The unit is ready for Direct Drive use, for Bowden use you need the additional Bowden adapter.



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The drive wheels are cnc-machined in steel at the highest precision and then hardened which results in super-sharp teeth that guarantees a mega grip on your filament. The housing is professionally 3D printed in nylon with the SLS technology. The ports on the sides gives an easy access for cleaning.

Integrated high quality Push-fit connectors for easy connecting of the bowden tube.

Set-screws lets you finetune the gripping force.

Integrated thread bushings for a long lifetime

The high-torque geared stepper motor means fewer jams and more consistent extrusion.

Pulling force ca 17 kg (1.75 mm ABS breaks at 13 kg)

The Bondtech Extruder is also one of the easiest to assemble extruders available today with its innovative design.

If you want to connect a bowden tube to the bottom of the extruder you will need the Direct to Bowden adapter that you will find below.

This unit is assembled, tested and verified for optimal function when delivered.

Cable with integrated quick connectors is included, lenght 75 cm with PC2510 connector.

Freight Weight 0.5 g
Dimensions N/A
Filament Size

1.75, 2.85/3.00

About the e-steps

Important notice regarding e-steps

The value for the e-steps we present in the description tab is the most common scenario:
1.8°/step motors and 16 bit micro-stepping.

The e-steps depend on:

  • the stepper motor angle per step. The most common is 1.8°. Some printers use other kinds;
  • The mainboard micro-stepping setting. The most common is 16 bit. Some boards may use other bit settings.

There is a directly proportional relationship with micro-stepping bits:
If the micro-stepping is double, eg. 32bit, double also the e-steps value.

And an inverse proportional relationship with angle per step:
If the stepper motor angle per step is half, eg. 0.9, double the e-steps value.


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