Yes. Motor voltage is just coil current / coil resistance. The motor's torque comes from the current in the coils. Steppers are very commonly operated at 10-20X their rated voltage. When you shop for a stepper driver, you look first at the current spec- does it provide enough current to operate the motor? Then you look at the supply voltage- will the chip/module survive your power supply's voltage? Maximizing speed requires operating the motor at high voltages.
For 3D printing, you want low voltage motors. Low voltage rating implies low resistance which implies low inductance. That means two things- you'll get acceptable performance in the relatively low voltage systems (12 or 24V) that we typically use for the controller boards, and when you manually move the extruder carriage or axes around you won't generate so much voltage that you destroy the drivers.
Start here: [www.orientalmotor.com]
For 3D printing, you want low voltage motors. Low voltage rating implies low resistance which implies low inductance. That means two things- you'll get acceptable performance in the relatively low voltage systems (12 or 24V) that we typically use for the controller boards, and when you manually move the extruder carriage or axes around you won't generate so much voltage that you destroy the drivers.
Start here: [www.orientalmotor.com]