Catalog

Single Axis : Customization

The standardized positioning axes presented in this catalogue make it possible to handle many kinds of positioning tasks.For positioning tasks, that cannot be solved using standard axes, HIWIN engineers are available to work out an optimized solution for customers. Sampling of customized solutions are shown here. In several example, mechanics are not the only parts customized. For intance, with the planar motors, special software is developed in order to obtain optimal integration of the positioning system to the production process.

Single Axis : Customization

LMSA

LMC

SBF

SBH

SLA

SLB

SLC

SLD

SLE

LMSA

  • LMX1A-SA stages equipped with iron-core motor.
  • Max. velocity 2 m/s (with load).
  • Max. standard stroke up to1 m.
  • Max. peak force 2469 N.
  • Low cost,small size,high performance.
  • Suitable for clean room.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
LMSA11 1000 103/289 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA12 1000 205/579 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA13 1000 308/868 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA21 1000 181/512 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA21L 1000 181/512 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA22 1000 362/1023 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA22L 1000 362/1023 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA23 1000 544/1535 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA23L 1000 544/1535 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA31 1000 292/823 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA31L 1000 292/823 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA32 1000 583/1646 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA32L 1000 583/1646 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA33 1000 857/2469 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5
LMSA33L 1000 857/2469 Digital 0.1um encoder : ± 0.5 Digital 0.1um encoder : ± 1 2 0.5

LMC

  • Max. acceleration 100 m/s2 (no load).
  • Length up to 4,000 mm.
  • Max. peak force 724 N.
  • Low cost,small size,high performance.
  • Suitable for clean room. 
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
LMCB5 1200 91/364 ± 1 ± 3 2 0.5
LMCB6 1200 109/436 ± 1 ± 3 2 0.5
LMCB7 1200 128/512 ± 1 ± 3 2 0.5
LMCB8 1200 145/580 ± 1 ± 3 2 0.5

SBF

  • Vertical applications.
  • High load capacity of up to 200 kg.
  • Linear feedback system can be applied, high positioning accuracy, zero backlash.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
SBF 50 NA ±1 ±3 2 0.05

SBH

  • High stiffness oblique wedge structure.
  • Vertically precision positioning.
  • High load capacity.
  • Large installation area, can be equipped with large-size vacuum chuck.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
SBH 12 NA ±2.5 ±10 V:0.5, H:0.87 V:0.02, H:0.035

SLA

  • Max. velocity 5 m/s (no load).
  • Max. stroke up to 6,000 mm or more.
  • High stiffness structure.
  • Suitable for point-to-point motion.
  • Can be equipped with ironcore motor.
  • With a special chain design, it can be installed upside down.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
SLA 6200 1017/382 ±15 NA 10 2

SLB

  • High stiffness design of base.
  • Milt-forcer design.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
SLB 290 144/36 ±1 ±3 0.05 0.05

SLC

  • Uses dust-proof design.
  • Uses granite base, high stiffness.
  • Not easily influenced by environmental temperature.
  • Can be equipped with ironless or ironcore motor.
  • Horizontal straightness and vertical straightness up to ±3 µm/m.
  • Design with hidden cable chain.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
SLC 460 1017/382 ±1 ±3 5 1

SLD

  • Vertical Applications.
  • Integrate adjustable pneumatic counterweight module.
  • Equipped with ironless motor.
  • In line with the smaller space requirements.
  • High-speed, lightweight design.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
SLD 260 108/27 ±2 ±6 10 1

SLE

  • Integration of high-precision torque motor.
  • Precision compensation and angular positioning.
  • Simple structure, wide range of applications.
  • High stiffness extruded aluminum structure.
  • High-speed, point-to-point motion.
  • Can be equipped with ironless or ironcore motor.
Type Stroke(mm)Max. force/Con. force(N)Repeatability (μm)Accuracy (μm)Max. Acceleration (m/s2) (With payload)Max. Velocity (m/s) (With payload) Data Sheet Interface Drawing 3D Model
SLE 700 1953/733 ±1 ±3 10 1
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