Features:
NEMA 23 Stepping motor
Gear Ratios from 4:1 up to 77:1
Rated Output Torque up to 39Nm (5555 oz-in)
Options: Cut Gears, Hardened Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 23 Stepping motor
Gear Ratios from 4:1 up to 512:1
Rated Output Torque up to 24NM (3400 oz-in)
Options: Cut Gears, Hardened Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 17 Stepping motor
Square Flange Mount
Gear Ratios from 4:1 up to 125:1
Rated Output Torque up to 3.9NM (555 oz-in)
Options: Cut Gears, Hardened Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 17 Stepping motor
Gear Ratios from 4:1 up to 139:1
Rated Output Torque up to 3.9NM (555 oz-in)
Options: Cut Gears, Hardened Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 16 Stepping motor
Gear Ratios from 4:1 up to 139:1
Rated Output Torque up to 3.9NM (555 oz-in)
Options: Cut Gears, Hardened Gears and Plastic Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 14 Stepping motor
Gear Ratios from 4:1 up to 139:1
Rated Output Torque up to 3.9NM (555 oz-in)
Options: Cut Gears, Hardened Gears and Plastic Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 11 Stepping motor
Gear Ratios from 4:1 up to 139:1
Rated Output Torque up to 3.9NM (555 oz-in)
Options: Cut Gears, Hardened Gears and Plastic Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 8 Stepping motor
Gear Ratios from 4:1 up to 107:1
Rated Output Torque up to 0.9 Nm(125 oz-in)
Options: Cut Gears, Hardened Gears and Plastic Gears, Connectors and Cabling, Modified Shafts, Custom Windings

Features:
NEMA 16 and 17 Stepping Motors
High Torque up to 4 Nm(556 oz-in)
Gear ratios from 3.6:1 – 36:1
Low cost, Compact size
Custom Shafts and Encoders Available

Features:
NEMA 16 and 17 Stepping Motors
High Torque up to 0.8 Nm (113 oz-in)
Gear ratios from 3.6:1 – 36:1
Low cost, Compact size
Custom Shafts and Encoders Available

Features:

0.9 degree Step Angle
High Accuracy, Low Noise, and Low Vibration
Holding Torque up to 262 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:

0.9 degree Step Angle
High Accuracy, Low Noise, and Low Vibration
Holding Torque up to 62 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:

0.9 degree Step Angle
High Accuracy, Low Noise, and Low Vibration
Holding Torque up to 35 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:

0.9 degree Step Angle
High Accuracy, Low Noise, and Low Vibration
Holding Torque up to 18.4 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
High Accuracy and Low Vibration
Holding Torque up to 2776 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
High Accuracy and Low Vibration
Holding Torque up to 1685 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
Same mounting as the NEMA 23
Super High Torque
High Accuracy and Low Vibration
Holding Torque up to 432 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
High Accuracy and Low Vibration
Holding Torque up to 262 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
High Accuracy and Low Vibration
Holding Torque up to 62 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
High Accuracy and Low Vibration
Holding Torque up to 35 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
High Accuracy and Low Vibration
Holding Torque up to 18 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
1.8 degree Step Angle
High Accuracy and Low Vibration
Holding Torque up to 17 oz-in
Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:

1.8 degree Step Angle

High Accuracy and Low Vibration

Holding Torque up to 2.8 oz-in

Options: Connectors and Cabling, Modified Shafts, Custom Windings, Additional stack lengths available

Features:
Frame Sizes from 30 up to 75mm
Gear ratios 7.5:1 to 100:1 ratios
Aluminum alloy housing for lightweight design
Hardened worm shaft for increased durability
Two bearings on input and output shafts
NEMA motor input flange
Hollow Output Bores, Single and Dual Shaft.

Features:
Worm Gearheads with PMDC motors
Wiper motors
High Torque
Ratios form 7:1 up to 2484:1
Rated torque of 2Nm up to 10Nm
Drop in replacement for most suppliers

The strain wave reducer of CSF series have a standard cup-shaped flexspline, the input shaft is matched with the inner hole of wave generator through Oldham’s coupling which 
has a function of certain self-alignment.

SHF-2UH Series

The strain wave reducer of SHF-2UH Series have a hollow flanged flexspline, the cam of the wave generator is in the shape of a larger-diameter hollow shaft. The fully sealed 
reducer is designed with internal support bearings which is simple in installation and good in rigidity. It is very suitable for structures that need shaft threading from inside the 
reducer.

SHF-2UJ Series

The strain wave reducer of SHF-2UJ Series have a hollow flanged flexspline, and a wave generator whose cam is fixed on the input shaft. The fully sealed reducer is designed 
with internal supported bearings which is easy to install and suitable for structures where bevel gear or timing belt drive are necessary to be installed at the input end.

The strain wave reducer of CSF series have a standard cup-shaped flexspline, the input shaft is matched with the inner hole of wave generator through Oldham’s coupling which 
has a function of certain self-alignment.