80/20 6835 High-Cycle Double Flange Linear Bearing

The 4-slot mount – double flange short high-cycle linear bearing without brake holes is typically used in linear motion applications. It contains special threaded inserts in the pads which provide a heavy-duty bearing capable of withstanding repetitive cycles with sudden acceleration and deceleration. The bearing houses profiles with a minimum of four open T-slots, has a double flange and is a shorter option. The pads, screws and shims are included; the pads are made of self-lubricating UHMW. All 80/20 bearings are designed for compression loads only and not intended to support hanging loads.

80/20 6823 Double Flange Linear Bearing Bearings include bearing pads, screws and shims.

The 4-slot mount – double flange long high-cycle linear bearing with brake holes is typically used in linear motion applications. It contains special threaded inserts in the pads which provide a heavy-duty bearing capable of withstanding repetitive cycles with sudden acceleration and deceleration. The bearing houses profiles with a minimum of four open T-slots, has a double flange and is a longer option. The pads, screws and shims are included; the pads are made of self-lubricating UHMW. All 80/20 bearings are designed for compression loads only and not intended to support hanging loads.

80/20 6536 High-Cycle Double Flange Linear Bearing, Brake Kit Ready Bearings include bearing pads, screws and shims.

The 4-slot mount – double flange short high-cycle linear bearing with brake holes is typically used in linear motion applications. It contains special threaded inserts in the pads which provide a heavy-duty bearing capable of withstanding repetitive cycles with sudden acceleration and deceleration. The bearing houses profiles with a minimum of four open T-slots, has a double flange and is a shorter option. The pads, screws and shims are included; the pads are made of self-lubricating UHMW. All 80/20 bearings are designed for compression loads only and not intended to support hanging loads.