TBI INSIDE

Result 1 - 24 of 24
  • Ball Screw SCI
    Ball Screw SCI
    SCI

    Internal Circulation, Standard Type SCI series is internal circulation and no flange design, making it applicable to small operating environment.


  • Ball Screw OFI & DFI
    Ball Screw OFI & DFI
    OFI & DFI

    Internal Circulation, Flange, Double Nut Type With internal circulation and double nut design, OFI & DFI series features high stability, high load-carrying capacity and long service life.


  • Ball Screw SFNI & SFI
    Ball Screw SFNI & SFI
    SFNI & SFI

    Internal Circulation, Flange Type SFNI & SFI series delivers high smoothness, high rigidity and high durability. With strong dust-proof design, SFNI & SFI series prevents abnormal chips getting into the nut extending service life, making SFNI & SFI series applicable to contaminative environment.


  • Ball Screw SFM
    Ball Screw SFM
    SFM

    Internal Circulation, Flange Type SFM series is designed for milling, featuring internal circulation, high accuracy and long service life.


  • Ball Screw DFM
    Ball Screw DFM
    DFM

    Internal Circulation, Flange, Double Nut Type DFM series is designed for milling, featuring internal circulation, high accuracy and long service life, double nut design provides stability and load-carrying capacity.


  • Ball Screw SFNU & SFU
    Ball Screw SFNU & SFU
    SFNU & SFU

    Internal Circulation, Flange Type SFNU & SFU series features high smoothness, high rigidity, high durability and strong dust-proof, with internal circulation design, making SFNU & SFU series applicable to small operating environment.


  • Ball Screw OFU & DFU
    Ball Screw OFU & DFU
    OFU & DFU

    Internal Circulation, Flange, Double Nut Type OFU & DFU series delivers high accuracy, no clearance and high rigidity. Internal circulation design saves more space, double nut design provides high load-carrying capacity, high stability and long service life.


  • Ball Screw SFV
    Ball Screw SFV
    SFV

    End-Caps Circulation, Flange Type SFV series features high rigidity and high smoothness. With End-Caps Circulation design SFV series can absorb heavier impact. SFV series can be massively produced.


  • Ball Screw OFV & DFV
    Ball Screw OFV & DFV
    OFV & DFV

    External Circulation, Flange, Double Nut Type OFV / DFV series delivers high rigidity and high smoothness, double nut design provides stability, load-carrying capacity and long service life.


  • Ball Screw SFV
    Ball Screw SFV
    SFV

    End-Caps Circulation, Flange Type SFV series features high rigidity and high smoothness. With external design SFV series can absorb heavier impact. SFV series can be massively produced.


  • Ball Screw DFS
    Ball Screw DFS
    DFS

    End-Caps Circulation, Flange, Double Nut Type DFS series features high Dm x N value, high speed and low noise, double nut design provides stability and load-carrying capacity, making DFS series applicable in high speed and high load-carrying operating environment.


  • Ball Screw SFH
    Ball Screw SFH
    SFH

    End-Caps Circulation, Flange Type SFH series features high speed, high load-carrying capacity, high smoothness and high rigidity, its' exclusive strong dust-proof and straighten circulation structure design makes SFH series applicable in high speed operating environment.


  • Ball Screw SFNH
    Ball Screw SFNH
    SFNH

    End-Caps Circulation, Flange Type Designed for actuator.


  • Ball Screw SCNH
    Ball Screw SCNH
    SCNH

    End-Caps Circulation, Standard Type Designed for actuator.


  • Ball Screw SFK
    Ball Screw SFK
    SFK

    Internal Circulation, Flange, Miniature Type SFK series features light weight and high accuracy, making SFK series applicable in short travel and small operating environment.


  • Ball Screw XSV
    Ball Screw XSV
    XSV

    Internal Circulation, Flange Type Designed for factory automation.


  • Ball Screw BSH
    Ball Screw BSH
    BSH

    Internal Circulation, Standard Type BSH series features no clearance and high rigidity. With no flange design, BSH series can save more space or interchange to customized flange.


  • Rotary Ball Screw RFSY
    Rotary Ball Screw RFSY
    RFSY

    Standard Type The rotary ball screw is designed to move linearly and rotationally is one assembly and features a one-piece compact and easy mounting.


  • Rotary Ball Screw RFBY
    Rotary Ball Screw RFBY
    RFBY

    High Loading Capacity Type The ground screw thread makes sure the ball bearing travel fluently during operation, reduces skid, friction and noise level and increases the performance and service life.


  • Rotary Ball Screw / Spline RSSY
    Rotary Ball Screw / Spline RSSY
    RSSY

    Standard Type RSSY series is the combination between RFSY and RLSF series, it can operate linearly, rotationally and spirally in one assemble.


  • Rotary Ball Screw / Spline RBBY
    Rotary Ball Screw / Spline RBBY
    RBBY

    High Loading Capacity Type RBBY series is the combination between RFBY and RLBF series, it can operate linearly, rotationally and spirally in one assemble.


  • Rotary Ball Screw / Spline RSLY
    Rotary Ball Screw / Spline RSLY
    RSLY

    Standard Type RSLY series is the combination between RFSY and SLF series, it can operate linearly, rotationally and spirally in one assemble.


  • Rotary Ball Screw / Spline RBLY
    Rotary Ball Screw / Spline RBLY
    RBLY

    High Loading Capacity RBLY series is the combination between RBSY and SLF series, it can operate linearly, rotationally and spirally in one assemble.


  • Single Axis Actuator
    Single Axis Actuator
    KP Series

    Features of the Single Axis Actuator Advantages of Modularized Design The combination of ball screw and linear guide makes possible simple installation, shorter replacement time, and longer service life. The traditionally used linear platform device requires guides and choice of drive elements. It also needs repeated calibration and larger space. As a result, the KP Single Axis Actuator series was chosen for economic reasons. It features convenient installation, speed assembly, high rigidity, small size, etc. Moreover, it saves time and space for clients. Loads from all Directions The contact face of ball and groove is designed to be 45° and can bear the same rated load of any type of installation, radially, reverse-radially or laterally. High Rigidity The Ansys optimized U-Rail track design allows the track to be lightweight and to demonstrate higher rigidity at cantilever load, in order to achieve a perfect balance between rigidity and volume. High Accuracy, Saving Space The variable loading helps achieve minimizing the frictional resistance damage. Therefore, satisfying a high accuracy demand. A combination of the nut with the slide makes space saving and an optimized allocation possible.



Result 1 - 24 of 24

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