TBR shafts have a similar design to SBR, but their aluminum support is reinforced and more massive, significantly increasing the load-bearing capacity of the system. This robust support provides greater rigidity and resistance to heavy loads, making TBR shafts suitable for demanding industrial equipment and machines where high strength and minimal deflection are required.

Cross References:
R1010 030 00 (Rexroth)
TSWW30 (INA)

Diameter: 30 mm.
Length: 5900 mm.
Tolerance: h6.
Material: C45.

TBR shafts have a similar design to SBR, but their aluminum support is reinforced and more massive, significantly increasing the load-bearing capacity of the system. This robust support provides greater rigidity and resistance to heavy loads, making TBR shafts suitable for demanding industrial equipment and machines where high strength and minimal deflection are required.

Cross References:
R1010 025 00 (Rexroth)
TSWW25 (INA)

Diameter: 25 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

TBR shafts have a similar design to SBR, but their aluminum support is reinforced and more massive, significantly increasing the load-bearing capacity of the system. This robust support provides greater rigidity and resistance to heavy loads, making TBR shafts suitable for demanding industrial equipment and machines where high strength and minimal deflection are required.

Cross References:
R1010 020 00 (Rexroth)
TSWW20 (INA)

Diameter: 20 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

TBR shafts have a similar design to SBR, but their aluminum support is reinforced and more massive, significantly increasing the load-bearing capacity of the system. This robust support provides greater rigidity and resistance to heavy loads, making TBR shafts suitable for demanding industrial equipment and machines where high strength and minimal deflection are required.

Cross References:
R1010 016 00 (Rexroth)
TSWW16 (INA)

Diameter: 16 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

This rail does not require end fasteners, as the shaft is supported along its entire length by an aluminum support with holes for mounting on the frame. With this design, there is no shaft deflection over long lengths, so SBR guides can be used for CNC machines with large working areas, unlike conventional polished shafts.

Diameter: 35 mm.
Length: 5900 mm.
Tolerance: h6.
Material: C45.

SBR shafts are precision-ground cylindrical guides mounted on an aluminum support rail, which simplifies installation and increases structural rigidity. This support ensures stable alignment and reduces bending, allowing SBR shafts to operate reliably under medium loads in CNC machines, 3D printers, and various automated systems.

Cross References:
R1014 030 00 (Rexroth)
FTSN30GW (FLI)
TSNW30 (INA)

Diameter: 30 mm.
Length: 5900 mm.
Tolerance: h6.
Material: C45.

SBR shafts are precision-ground cylindrical guides mounted on an aluminum support rail, which simplifies installation and increases structural rigidity. This support ensures stable alignment and reduces bending, allowing SBR shafts to operate reliably under medium loads in CNC machines, 3D printers, and various automated systems.

Cross References:
R1014 025 00 (Rexroth)
FTSN25GW (FLI)
TSNW25 (INA)

Diameter: 25 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

SBR shafts are precision-ground cylindrical guides mounted on an aluminum support rail, which simplifies installation and increases structural rigidity. This support ensures stable alignment and reduces bending, allowing SBR shafts to operate reliably under medium loads in CNC machines, 3D printers, and various automated systems.

Cross References:
R1014 020 00 (Rexroth)
FTSN20GW (FLI)
TSNW20 (INA)

Diameter: 20 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

SBR shafts are precision-ground cylindrical guides mounted on an aluminum support rail, which simplifies installation and increases structural rigidity. This support ensures stable alignment and reduces bending, allowing SBR shafts to operate reliably under medium loads in CNC machines, 3D printers, and various automated systems.

Cross References:
R1014 016 00 (Rexroth)
FTSN16GW (FLI)
TSNW16 (INA)

Diameter: 16 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

SBR shafts are precision-ground cylindrical guides mounted on an aluminum support rail, which simplifies installation and increases structural rigidity. This support ensures stable alignment and reduces bending, allowing SBR shafts to operate reliably under medium loads in CNC machines, 3D printers, and various automated systems.

Cross References:
R1014 012 00 (Rexroth)
FTSN12GW (FLI)
TSNW12 (INA)

Diameter: 12 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

SBR shafts are precision-ground cylindrical guides mounted on an aluminum support rail, which simplifies installation and increases structural rigidity. This support ensures stable alignment and reduces bending, allowing SBR shafts to operate reliably under medium loads in CNC machines, 3D printers, and various automated systems.

Diameter: 10 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Diameter: 120 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 110 00 (Rexroth)

Diameter: 110 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 100 00 (Rexroth)
W 100 (FLI)

Diameter: 100 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
W 90 (FLI)

Diameter: 90 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 080 00 (Rexroth)
LJM 80 (Ewellix)
W 80 (FLI)
W80 (INA)

Diameter: 80 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Diameter: 75 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 070 00 (Rexroth)
W 70 (FLI)

Diameter: 70 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Diameter: 65 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 060 00 (Rexroth)
LJM 60 (Ewellix)
W 60 (FLI)
W60 (INA)

Diameter: 60 mm.
Length: 4000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 055 00 (Rexroth)
W 55 (FLI)

Diameter: 55 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 050 00 (Rexroth)
LJM 50 (Ewellix)
W 50 (FLI)
W50 (INA)

Diameter: 50 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 045 00 (Rexroth)
W 45 (FLI)

Diameter: 45 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 040 00 (Rexroth)
LJM 40 (Ewellix)
W 40 (FLI)
W40 (INA)

Diameter: 40 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 038 00 (Rexroth)

Diameter: 38 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 035 00 (Rexroth)
W 35 (FLI)

Diameter: 35 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 032 00 (Rexroth)
W 32 (FLI)
W32 (INA)

Diameter: 32 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 030 00 (Rexroth)
LJM 30 (Ewellix)
W 30 (FLI)
W30 (INA)

Diameter: 30 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
W 28 (FLI)

Diameter: 28 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 025 00 (Rexroth)
LJM 25 (Ewellix)
W 25 (FLI)
W25 (INA)

Diameter: 25 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 022 00 (Rexroth)
W 22 (FLI)

Diameter: 22 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 020 00 (Rexroth)
LJM 20 (Ewellix)
W 20 (FLI)
W20 (INA)

Diameter: 20 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Diameter: 19 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 018 00 (Rexroth)
W 18 (FLI)
W18 (INA)

Diameter: 18 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Diameter: 17 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.

High-precision cylindrical shafts made of hardened steel, used in CNC machines, 3D printers, and automated lines to ensure smooth and accurate linear motion and torque transmission.

Cross References:
R1000 016 00 (Rexroth)
LJM 16 (Ewellix)
W 16 (FLI)
W16 (INA)

Diameter: 16 mm.
Length: 6000 mm.
Tolerance: h6.
Material: C45.