Chain Drives:

Slip-Torque® conveyor technology was pioneered by Shuttleworth in 1972 and has evolved through decades of practical application in numerous industries. It is based on polished stainless steel shafts individually powered by flexible belts on a line shaft or by a continuous chain. These stainless steel shafts are covered with segmented, loose-fit rollers, which become the conveyor surface.

It is the weight of the product being conveyed combined with the coefficient of friction between the shafts and the inside diameter of the rollers that provides the driving force. As the weight of the product increases, there is a corresponding increase in the driving force supplied. As products stop, the segmented rollers beneath them also stop, creating very low backpressure accumulation and reducing product damage.

Chain Drives:

Slip-Torque® Technology is based upon two factors: individually powered roller shafts and a segmented, loose fit roller set. Power is transmitted to the roller shafts via a continuous roller chain system.

The chain drive system uses a continuous roller chain with support track and idler sprockets. The roller shafts are fitted with sprockets, which engage the drive chain. Chain drive is usually used in very oily applications, dirty conditions, and in extreme temperature conditions.