Our product range

We are specialized in the production of: Planetary Gearmotors, Worm Screw Gearmotors – Worm Screw + Planetary Gearmotors. Thanks to our extreme versatility and flexibility we can offer custom products for specific application, being able to solve all the problems connected with the motion. This characteristic, together with the fast delivery of ordered products, makes us be the best partner for all users, which are able to find all those toolings needed either for the realization of new products or the optimization of existing one.

Planetary Gearmotors

Compact and efficient

Small size gearmotors.
High efficiency.
High efficiency.
Torque transmission up to 120 Nm.
Reduction ratios up to 1:21.600.
Excellent management of temporary overloads.
Very high efficiency (90% per stage).
Extremely favourable output torque/electrical power ratio.
Energy saving thanks to the limited electrical power needed.
Same characteristics of larger and more powerful gearmotors.
Static reversibility regardless of the used ratio.

Worm Screw Gearmotors

Hard wearing and noiseless

Output shaft at 90° respect the input shaft.
High resistance to heavy duties.
Compact size.
Noiseless operation.
Aluminum bronze worms and steel screws.
Output shafts supported on ball bearings with seal rings in order to avoid the leak of lubricant.
Lifetime lubricated by means of special long-life grease.
No further servicing needed.

Worm Screw + Planetary Gearmotors

Very high reduction ratios with high torques

High reduction ratios driving high torque.
Output shaft at 90° respect the input shaft.
Best efficiency due to the output planetary reduction stage.
High torque transmission.
Extremely compact size.
Static irreversibility when needed.
Possibility of a declutching system in order to allow the manual operation of the device.
Output shaft supported on double sealed ball bearings allowing to support a high radial load and avoiding the leak of lubricant.
Lifetime lubricated by means of special long-life grease.
No further servicing needed.