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24mm Worm Gearbox & Reducer

This 24mm worm gearbox is designed for compact systems that need higher structural length for mounting stability and consistent low-speed output, with customizable shafts for easier mechanical integration.

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  • 24mm Worm Gearbox & Reducer Featured Image
Specs

Key Features

This worm gearbox uses a compact worm-drive structure to deliver high reductions in a slim, extended layout for constrained installations.

  • Gear ratio range from 26 to 1000 to cover common low-speed output requirements
  • Long-body structure supports stable mounting and spacing-sensitive assemblies
  • Output direction provided as same-direction across the ratio set for predictable routing
  • Torque levels scale with ratio class to support both moderate and higher-load use
  • Customizable output shaft interface to match different couplers and linkages
technical Specs

Motors Specifications

Index Gear Ratio Actual Ratio Stages Overall Size Output Direction Motor Gear Teeth Motor Gear ID (mm) Rated Torque (g·cm) Allowable Peak Torque (g·cm)
1 26 26.418 4 24*12*9 Same 12 1 200 600
2 34 34.307 4 24*12*9 Same 12 1 200 600
3 50 49.961 4 24*12*9 Same 12 1 300 800
4 78 78.315 4 24*12*9 Same 12 1 300 800
5 110 106.226 6 24*12*9 Same 12 1 500 1000
6 168 168.609 6 24*12*9 Same 12 1 500 1000
7 210 212.438 6 24*12*9 Same 12 1 600 1200
8 250 249.034 6 24*12*9 Same 12 1 600 1200
9 293 293.475 6 24*12*9 Same 12 1 600 1200
10 350 342.291 6 24*12*9 Same 12 1 800 1600
11 380 381.41 6 24*12*9 Same 12 1 800 1600
12 500 496.64 6 24*12*9 Same 12 1 800 1600
13 1000 1000.77 6 24*12*9 Same 12 1 1000 2000

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

Why Choose us

SLW Motor Highlights

  • Slim extended layout for mounting stability

    The 24mm length format helps when you need more mounting area or spacing control without increasing the overall height of the transmission module.

  • Reduction span suited for low-speed mechanisms

    Ratios from 26 to 1000 support controlled motion outputs where speed must be reduced while maintaining practical torque margin.

  • Consistent routing with same-direction output

    Same-direction output helps keep linkage routing simple and predictable across the ratio set in long-body assemblies.

  • Rated vs peak torque for selection discipline

    Use rated torque for continuous sizing and treat allowable peak torque as short-duration headroom for start-up and brief load spikes.

Custom

Beyond the Standard: Performance Customized

  • 01
    Lead Routing Optimization
    Lead routing can be planned to avoid interference with mounting planes, gearbox plates, and coupler clearance in compact enclosures.
  • 02
    Customized Shaft Interface
    Shaft end geometry can be tailored to your coupling method, improving assembly repeatability and slip control.
  • 03
    Installation Alignment
    Provide mounting and load directions to ensure stable operation under real side and axial loads.
  • 04
    Control System Coordination
    For start/stop, reversing, or holding use, align control behavior to keep peak events brief and repeatable.
  • 05
    Application-Specific Matching
    Share load type and duty cycle to optimize ratio selection and shaft configuration for your real operating conditions.
  • Lead Routing Optimization
  • Customized Shaft Interface
  • Installation Alignment
  • Control System Coordination
  • Application-Specific Matching

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FAQ

Frequently Asked Questions

Higher ratios are typically selected to increase torque margin while reducing output speed.

Which ratios are best for moderate speed reduction?
Lower ratios such as 26 and 34 are typically selected when you need reduction but still want noticeable output speed.
When should I use ratios above 250?
Higher ratios are commonly chosen when low-speed stability and torque margin matter more than output speed.
Why do some ratios show different stage counts?
Stage count increases to achieve higher reductions while maintaining stable transmission behavior within the same external size.
Is output direction fixed for this series?
Based on the provided table set, output direction is listed as same-direction across the configurations.
What do you need to define a custom output shaft?
Your coupling method, assembly approach, and any slip or positioning constraints.
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