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GT2 Timing Pulley – 40 Tooth – 5mm Bore
Original price was: $3.95.$2.50Current price is: $2.50.SaleThis GT2 timing pulley has 40 teeth and a 5mm bore. Set screws are used to attach this pulley firmly to the shaft of a… -
Aluminum Shaft Coupler – 2mm to 3mm
$3.95Light PacketThis shaft coupler is perfect for connecting two shafts together. It is made of durable metal and features a 3mm coupling on one end, with… -
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KP08 Pillow Block Bearing
$4.95These KP08 Pillow Block Bearings are designed to hold a spinning 8mm shaft or 8mm lead screw in place. If these are being used in… -
Aluminum Flex Shaft Coupler – 3mm to 5mm
$4.95This 5mm to 3mm shaft coupler has a helical cut that allows for a secure and stable connection even if the shafts are not perfectly… -
GT2 Idler Pulley – 16 Tooth 3mm Bore
$3.95Light PacketThis GT2 timing pully has 16 teeth and is designed to be an idler in a belt system. Unlike a standard GT2 pulley, this one… -
GT2 Timing Pulley – 20 Tooth – 8mm Bore
Original price was: $4.95.$2.75Current price is: $2.75.SaleThis GT2 timing pully has 20 teeth and an 8mm bore. The larger bore fits any 8mm diameter shaft and the two set screws will… -
GT2 Timing Pulley – 36 Tooth – 5mm Bore
$3.95This GT2 timing pulley has 36 teeth and a 5mm bore. Set screws are used to attach this pulley firmly to the shaft of a… -
GT2 Timing Pulley – 20 Tooth – 0.250″ Bore
$4.95This GT2 timing pully has 20 teeth and an 6.35mm (1/4˝) bore. The larger bore its any 1/4˝ diameter shaft and the two set screws… -
8mm Stainless Steel Lead Screw – 500mm
$21.95This specific lead screw is made from stainless steel and measures 500mm in length. The screw’s thread diameter is 8mm with a pitch of 2mm… -
Aluminum Shaft Coupler – 2mm to 2mm
$3.95Light PacketThis shaft coupler is perfect for connecting two shafts together. It is made of durable metal and features a 2mm coupling each end. It is… -
Aluminum Flex Shaft Coupler – 5mm to 10mm
$4.95This 5mm to 10mm shaft coupler has a helical cut that allows for a secure and stable connection even if the shafts are not perfectly…