Precision Wire Tensioners with graduated scale give high performance coupled with ease of use. With two seperate settings for basic tension and back tension, the response of the tensioners can be fine tuned. A high precision feed-back mechanism and low inertia moving parts ensure consistency. Diamond lapped ceramic wire guides give very long life and reduce possibility of damage to enamel.

Suitable for thick wires. Compact dimensions and integrated wire guide makes this tensioner suitable for mounting directly on the machine traverse. A tension release mechanism and absence of back tension makes it easy to handle the wire during termination.

Electronic Wire Tensioners with Electromagnetic brakes give high performance coupled with ease of use. An integrated amplifier controls the braking torque in proportion to the command voltage. The tension value can be remotely set and varied either by the winding machine PLC or through a potentiometer even during the winding cycle.

These are low cost Wire Tensioners meant for non-critical winding applications. The tension is adjusted by varying the spring pressure acting on a rotating friction pad mounted on the tension wheel. The tension wheel is made of high performance polymers for low inertia, corrosion resistance and long life.

Suitable for thick wires. Robust construction with twin brake shoes, low inertia moving parts and a feed back mechanism ensure high level of consistency and long life.

TWT-02
Suitable for thick wires. Complete absence of friction parts makes this tensioner very simple and durable. Consistency of the applied tension depends mainly on the stiffness of the wire.

Online wire twister is a fully automatic unit to convert the single strand winding wire to multi strand twisted wire for giving mechanical strength (to the wire) at the termination points of the coil. The unit incorporates a programmable microprocessor based control unit. The number of strands, twist turns, length of twist etc., are adjustable to achieve optimum results for any application.