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8mm Diameter Stepper Motor With Parallel Output Shaft Gearbox

The parallel output layout offsets the drive axis, helping compact mechanisms route motion around nearby components and installation constraints.

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8mm stepper motor with parallel output shaft gearbox for offset layouts
Specs

Key Features

This configuration separates the motor axis from the output shaft, allowing greater flexibility in compact mechanical layouts.

  • 8mm stepper motor for precise incremental motion
  • Parallel output shaft layout for offset transmission paths
  • Compact gearbox suitable for tight assemblies
  • Compatible with low-voltage stepper control systems
  • Designed for layout-driven positioning applications
technical Specs

Motors Specifications

Reduction ratio 50 110 168 210 250 293 350 380
Gearbox length mm 9 9 9 9 9 9 9 9
Step angle ° 0.360 0.164 0.107 0.086 0.072 0.061 0.051 0.047
Pull in torque(500pps) g.cm 173 339 517 647 770 902 1078 1170
Rated speed(500pps) rpm 150 50 30 15 10 7.14 6.0 5.03

For additional customization or reference configurations, please feel free to contact us.

Why Choose us

SLW Motor Highlights

  • Offset Output Layout

    The parallel shaft structure allows designers to avoid direct axial alignment constraints.

  • Compact Mechanical Footprint

    Supports compact assemblies where axial space is limited.

  • Precise Step Control

    Maintains accurate step positioning despite offset transmission.

  • Well Suited for Layout-Specific Designs

    Ideal for mechanisms driven by layout rather than direct alignment.

Custom

Beyond the Standard: Performance Customized

  • 01
    Wiring & Lead Arrangement
    Lead routing adapted to suit offset installation layouts.
  • 02
    Output Shaft Interface
    Shaft length and end form reviewed to match driven components.
  • 03
    Installation Orientation
    Parallel structure supports varied mounting directions.
  • 04
    Control System Matching
    Stepper configuration aligned with driver requirements.
  • 05
    Application-Level Adaptation
    Customization evaluated based on mechanical layout needs.
  • Wiring & Lead Arrangement
  • Output Shaft Interface
  • Installation Orientation
  • Control System Matching
  • Application-Level Adaptation

Custom Now

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FAQ

Frequently Asked Questions

Parallel output configurations are often chosen to solve layout constraints rather than power needs.

Why choose a parallel output shaft instead of inline?
It allows more flexible layouts when direct axial alignment is not possible.
Is positioning accuracy affected?
No. Step control accuracy is maintained.
Is the parallel output shaft used to increase torque?
No. The parallel output structure is mainly selected to adjust the mechanical layout, not to increase torque output.
Can this motor be installed in narrow enclosures?
Yes. The offset output shaft helps reduce axial length requirements in narrow or layered assemblies.
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