Brevini launches new gearmotor range

Brevini’s heavy duty gear systems enjoy a worldwide reputation for quality and reliability backed with first class support services. The new products, available in the range 50Nm to 18kNm output torque, will advance these attributes into new areas of application.

The range includes parallel shaft helical gearboxes, foot and flange mounted inline helical gearboxes, bevel helical gearboxes and special gearboxes for hoisting applications. The gearmotors are suitable for use in duties such as materials handling, lifting, winching, steel and metal fabrication, rubber and plastics, water and wastewater, food and beverage production.

“The introduction of the new gearmotors expands the breadth of our product range and enables our customers to single-source all their power transmission requirements from Brevini,” says Gonzalo Salvatierra, Brevini’s Business Development Manager, who is based in Scunthorpe, North Lincolnshire.

“The quality and support service for the new product range meets the same high standards delivered for our large scale gear systems.”

As unpowered units the new gearboxes can be specified with male or female input shafts with IEC or other mounting flange. Both the gearboxes and the gearmotors can be provided with a range of special output shafts such as shrink disc, flanged, extruder or agitator. Other options, including brakes and encoders are also available with the range.

The Brevini Group specialises in mechanical and electromechanical power transmission, and hydraulic engineering systems. It is a global manufacturer of planetary gearboxes, helical gearboxes, bevel/helical gearboxes, winches and hydraulic products. Production plants are located in, Italy, Germany, China, USA and Brazil, with sales, service and engineering offices around the world including in the UK.

Mr Salvatierra sums up: “Brevini’s excellence in engineering is meticulous, from materials selection, design and construction to installation, commissioning and ongoing service. The new range of gearmotors enables us to extend this philosophy across a wider spectrum of power transmission requirements.”