Minilor TR1 Lathe Drive Belts

Minilor TR1 lathe and milling head toothed and V drive belts. A complete set of four comprising: toothed 420, 340 and 280 with the V-belt has replaced by a Swiss-made round belt in a high-grip Polycord.  Although these belts are all the correct length and tooth pitch, they can vary slightly in width.
 

Kennedy Hexacut Saw Belt

For the more common Kennedy "Hexacut" Model 60 hacksaw the flat belt is normally 1" (25 mm) wide and 21.8" long (554 mm) - however, because the size may have changed over the years, it would be safer to measure yours to get an exact figure. As the belts are custom-made, if you order the wrong length a refund is not possible. An accurate measurement can be taken around the pulleys with a strip of paper stretched around, overlapped, marked, and then carefully measured. Please put the length details in the order comments box.

Nu-T-Link V-Belt

This is the superior replacement for the original "Brammer" black-fabric "round-end" link-belting that was held together with mushroom-headed metal pins each (usually) stamped with a letter "B". The new belts have only a slight curve to the end of each link and the head of the pins are now "T" section.

Power Twist V-Belt

A new development of an old idea - a link belt without metal fasteners. This is highly effective on all lighter machine tools and especially useful on precision lathes and millers where a "softer" drive, free from vibration, is appropriate.

Colchester Chipmaster Belts

Drive belts for the Colchester Chipmaster and the HARRISON Lathe AA Mk. 1 (a lathe identical to the Chipmaster). No belt details are given in the boxes below becasue the belts fitted to these lathes varied over the years. Hence, it's best to phone 01298-871633 to discuss what you need. 
From overseas: +44-1298-871633 and from the USA and Canada dial 011-1298-871633

Betalon Multiply Flat Belting

The ideal installation for any machine tool is an endless Betalon-Multiply belt: these are light in weight but immensely strong and stretch resistant. They absorb shock loads well, have a high coefficient of friction, enjoy a proven record of reliable industrial service and can be made in almost any combination of length and width.