UNIMEC

Description

It was the year 1981 when Mr. Luigi Maggioni started the adventure called UNIMEC; 36 years later Unimec has become a synonym for screw jacks, bevel gearboxes and speed modulation gears are quality product which is highly appreciated all over the world. UNIMEC head offices are situated in Usmate-Velate, in the Milan hinterland

Products:

• Trapezoidal Screw Jacks

Ease of use and high reliability make UNIMEC trapezoidal screw jacks suitable for a wide variety of uses. They can be employed to lift, pull, move, or align any kind of loads, with a perfect synchronism which can hardly be obtained with other handling methods. UNIMEC trapezoidal screw jacks are absolutely irreversible, that is, they can support their applied loads without needing any brakes or other locking systems.

• Stainless Steel Trapezoidal Screw Jacks

The main feature of an AISI 316 steel is its high resistance to corrosion, above all in the sea and food environments, where AISI 304 seems to have some problems.

• Technopolymer Screw Jacks 

The particular molding system of the gears and the peculiarity of the polyarilammide material employed, allow it to operate even without lubrication.

• Ball Screw Jacks

The can be employed for lifting, pulling, moving, aligning any kind of load with a perfect synchronism, which is difficult to obtain by means of other handling devices. The K series screw jacks are suitable for high services as well as for a very rapid, quick and precise positioning.

• Bevel Gearboxes

Bevel gearboxes are also very versatile with regard to the shafts choice and the possibility of a direct mounting on any kind of motors, from the normal IEC to brushless motors, to pneumatic motors and so on.

• Stainless Steel Bevel Gearboxes

The main feature of an AISI 316 steel is its high resistance to corrosion, above all in the sea and food environments.

• Mechanical Speed Modulators

The purpose of a speed modulation gearbox is the possibility to increase or decrease the revolution speed by means of a temporary additional rotation.