Add extra functionality to your frame. Linear bearings & dynamic pivots easily mount to profile T-slots and create fluid motion. Stanchions allow you to add additional axis supports while manifolds can pressurize your entire structure.
The 2-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The pressure manifold tap ready access plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tap-ready access point, mounts to the profile side, and includes an attached O-ring to form a tight seal. The maximum allowable pressure is 150 psi (1034.21 kPa). The suggested mounting hardware is included.
The 3-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 5-hole rectangular pressure manifold feed plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole and mounts on the profile end to seal the connection where the pressurized substance is released. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The economy floor mount base plate is made of anodized aluminum to withstand daily use and wear and tear. It bolts directly to the T-slot to allow vertical adjustments and is designed with countersunk holes to incorporate floor anchors.
The pressure manifold access plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole, mounts to the profile side, and includes an attached O-ring to provide a tight seal where the pressurized substance is released. The maximum allowable pressure is 150 psi (1034.21 kPa). The suggested mounting hardware is included.
The flange mount caster base plate is made of anodized aluminum to withstand daily use and wear and tear. It bolts to a profile end or side and is commonly used to mount casters for an added layer of strength and durability. It requires a tap to mount to the profile end.
The flange mount caster base plate is made of anodized aluminum to withstand daily use and wear and tear. It bolts to a profile end or side and is commonly used to mount casters for an added layer of strength and durability. It requires a tap to mount to the profile end.
The 4-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 4-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 2-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The gravity roller is typically used with Ready Tube™ profiles or gravity roller mounting blocks and T-slot profiles to build custom material handling and conveyor applications. The roller has spring-loaded pins that snap easily into the holes of a Ready Tube™ profile. The roller is aluminum with plastic inserts, making it a strong and durable option. There are lengths available to accommodate frame openings from 15-27 inches (381-685.8mm) wide.
The 2-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 3-hold pressure manifold feed plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole and mounts on the profile end to seal the connection where the pressurized substance is released. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 5-hole square pressure manifold feed plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole and mounts on the profile end to seal the connection where the pressurized substance is released. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The pressure manifold access plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole, mounts to the profile side, and includes an attached O-ring to provide a tight seal where the pressurized substance is released. The maximum allowable pressure is 150 psi (1034.21 kPa). The suggested mounting hardware is included.
The pressure manifold access plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole, mounts to the profile side, and includes an attached O-ring to provide a tight seal where the pressurized substance is released. The maximum allowable pressure is 150 psi (1034.21 kPa). The suggested mounting hardware is included.
The pressure manifold tap ready access plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tap-ready access point, mounts to the profile side, and includes an attached O-ring to form a tight seal. The maximum allowable pressure is 150 psi (1034.21 kPa). The suggested mounting hardware is included.
The 2-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 3-hold pressure manifold feed plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole and mounts on the profile end to seal the connection where the pressurized substance is released. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 4-hole pressure manifold stopper plate is commonly used when adding a pressurized substance to a T-slot profile. It mounts on the profile end to form a secure seal. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The 5-hole square pressure manifold feed plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole and mounts on the profile end to seal the connection where the pressurized substance is released. The suggested mounting hardware and gasket are included. The maximum allowable pressure is 150 psi (1034.21 kPa).
The pressure manifold access plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tapped hole, mounts to the profile side, and includes an attached O-ring to provide a tight seal where the pressurized substance is released. The maximum allowable pressure is 150 psi (1034.21 kPa). The suggested mounting hardware is included.
The pressure manifold tap ready access plate is commonly used when adding a pressurized substance to a T-slot profile. It has a tap-ready access point, mounts to the profile side, and includes an attached O-ring to form a tight seal. The maximum allowable pressure is 150 psi (1034.21 kPa). The suggested mounting hardware is included.
The 3-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 three 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 bearing are designed for compression loads only and not intended to support hanging loads.
The 3 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 three 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.
Linear bearing shim stock is used to create a precise fit. Each shim has a slotted design that enables easy installation without having to dismantle the bearing; simply loosen the bearing pad and slide the shim(s) between the pad and housing while the bearing is still in place. Shims are sold in packs of 10.
Linear bearing shim stock is used to create a precise fit. Each shim has a slotted design that enables easy installation without having to dismantle the bearing; simply loosen the bearing pad and slide the shim(s) between the pad and housing while the bearing is still in place. Shims are sold in packs of 10 and are compatible with all 80/20 bearings.