Twin-bore cylinders deliver precise actuation and double the linear force

A new range of double-bore, rectangular cross section cylinders provides compact linear motion with twice the force of traditional designs. The non-rotating Twin Bore Series from U.S. company, Bimba Manufacturing, includes three models - basic, double end, and air table. Five bore sizes are available from 12mm to 32mm, and stroke lengths from 10 to 150mm are offered in 5 or 10mm increments.

Reported by the company to have the best size/performance ratio in today's market, the basic and double ended models feature extra long, composite or ball bushing bearings.
The longer bearings resist deflection and improve linear accuracy. The air table model has a rigid, linear rail with recirculating ball bearings.
Bumpers and retract stroke adjustment are standard on the basic and double ended models. Magnetic position sensing and high temperature operation (-15 to 135 C) are standard options on all models. The air table version has optional external stroke adjustment and shock absorbers.

Variety of Applications
Compact size, precise linear motion and enhanced thrust suit Twin Bore cylinders to a variety of automated operations, including slitter knife actuation, pick and place devices, machine tool and automatic assembly machine actuation, and robotics.
The Bimba Manufacturing Company, based in Monee, Illinois, USA, manufactures a full range of pneumatic actuators. The company has four manufacturing facilities in the USA and one in Great Britain. Each maintains a full inventory to support over 130 distributers worldwide. CAD drawings are available for download from Bimba's Web site at www.bimba.com.

Caption: Twin Bore cylinders from Bimba Manufacturing deliver precise actuation and double the linear force.

For further information please contact:
Mr. William Kokum
Bimba Manufacturing Company
Monee, IL 60449-0068
USA
Tel: +1708 534 8544
Fax: +1708 534 5767
Internet: www.bimba.com

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Twin-bore cylinders deliver precise actuation and double the linear force

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