DLE32 Low Backlash Speed Reducer for Automated Production Lines

DLE32 Speed Reducer combines precision gear transmission with a lightweight structural design, delivering enhanced torque output and exceptionally smooth operation, making it an efficient and dependable power transmission solution for automation equipment, robotic systems, and precision motion control applications.


Description

Efficient Power Transmission for Compact Structures

The DLE32 speed reducer is design for small and medium-sized automation systems.
Its compact structure makes it suitable for space-limited installations.
Precision gear meshing improves transmission efficiency.
Output torque remains stable and responsive.
As a DLE32 speed reducer for industrial automation equipment,
it optimizes overall power distribution performance.
It is suitable for continuous industrial operation.
Energy loss is significantly reduce.
System efficiency is greatly improve.

The modular structure simplifies assembly processes.
System integration becomes more flexible.
It adapts to various mechanical platforms.


Low Backlash Design for Precise Motion Control

The DLE32 adopts high-precision gear machining and assembly technology.
Gear meshing remains stable and uniform.
Transmission clearance is effectively minimize.
Repeat positioning accuracy is improve.
As a DLE32 precision speed reducer for motion control systems,
it is suitable for demanding motion control applications.
Such as automation lines and inspection systems.
Vibration levels are significantly reduce.
Control response becomes more precise.

Optimized tooth profile reduces mechanical impact.
Overall system stability is enhance.
Long-term precision operation is ensure.


Industrial Manufacturing and Long-Life Design

The DLE32 speed reducer uses high-strength alloy steel gears.
Critical components undergo heat treatment strengthening.
Wear resistance and load capacity are significantly improve.
It performs reliably under heavy-load conditions.
As a DLE32 planetary gear reducer for robotic systems,
it is widely used in robotic drive structures.
Stable output is ensured under complex working conditions.
Equipment service life is extend.
Maintenance costs are reduce.

Automated production ensures consistent quality.
Each unit undergoes load testing.
OEM and customized solutions are support.


Typical Applications

Industrial automation equipment.
Robotic joint drive systems.
Precision positioning platforms.
Smart manufacturing equipment.
Inspection and testing instruments.
Automated conveying systems.

Product Overview

  • Product Name: DLE32 Speed Reducer
  • Product Type: Precision planetary gearbox
  • Structure: Multi-stage planetary gear transmission system
  • Compatible Motors: NEMA 14 / NEMA 17 stepper motors and small servo motors
  • Mounting Type: Flange modular installation

Dimensions

  • Outer Diameter: 32 mm
  • Input Interface: Standard bore or custom coupling design
  • Output Shaft Diameter: Ø5 mm / Ø6 mm optional
  • Shaft Type: Round shaft / keyway shaft / D-shaft
  • Mounting Pattern: Customized according to motor standard
  • Overall Length: Varies depending on gear ratio

Transmission Performance

  • Gear Ratios: 3:1 to 100:1
  • Gear Stages: Single-stage or dual-stage options
  • Rated Output Torque: 0.5 ~ 8 N·m
  • Peak Torque: Up to 10 N·m
  • Backlash: ≤12 arcmin (precision grade)
  • Efficiency: ≥92% (single-stage)
  • Max Input Speed: 6000 rpm
  • Rotation Direction: Coaxial same-direction output

Materials & Manufacturing

  • Gear Material: High-strength alloy steel / carburized steel
  • Gear Processing: Precision grinding and hobbing
  • Heat Treatment: Carburizing and quenching
  • Surface Hardness: HRC 58–62
  • Housing Material: Aluminum alloy with anodizing
  • Bearing Type: Precision deep groove ball bearings
  • Lubrication: Long-life maintenance-free grease

Operating Conditions

  • Noise Level: ≤55 dB
  • Operating Temperature: -25°C to +85°C
  • Protection Rating: IP54 (IP65 customizable)
  • Service Life: ≥20,000 hours continuous operation
  • Duty Cycle: 24-hour continuous load capable

Key Features

  • High torque density design
  • Low backlash and high precision output
  • Compact structure for space-saving installation
  • Smooth and low vibration operation
  • Compatible with multiple automation platforms