DLE28 Planetary Gear for Robotic Joint Drive Systems

DLE28 Planetary Gear is engineered with precision meshing technology and high-strength alloy materials, delivering efficient power transmission and stable torque output within a compact footprint, making it an ideal transmission component for miniature automation equipment, robotic drive mechanisms, and precision motion control systems.


Description

A Core Gear Component for Precision Transmission Systems

The DLE28 planetary gear is develop for high-precision power transmission applications.
Its compact structure delivers outstanding transmission efficiency.
The design suits machinery with limit installation space.
Power distribution remains smooth and consistent.
As a DLE28 planetary gear for industrial automation equipment,
it improves overall machine efficiency.
Energy loss is effectively reduce.
Output performance becomes more stable.
It is ideal for automation equipment and intelligent machinery.

The optimized gear arrangement improves transmission balance.
Machine operation becomes smoother.
Mechanical response remains highly accurate.

Precision Manufacturing for Consistent Gear Engagement

The DLE28 uses advanced tooth profile engineering.
Gear contact remains uniform during operation.
Impact loads are effectively minimize.
Long-term operational stability is improve.
As a DLE28 high precision planetary gear for motion control systems,
it meets demanding motion control requirements.
It performs well under frequent start-stop conditions.
Angular transmission remains accurate.
Positioning consistency is significantly enhance.

Advanced machining equipment ensures manufacturing accuracy.
Strict quality control covers every production stage.
Each gear component delivers reliable performance.

High-Strength Materials for Industrial Reliability

The DLE28 planetary gear is manufactured from premium alloy steel.
Critical areas receive specialized heat treatment.
Wear resistance is significantly improve.
Load-carrying capability is enhance.
As a DLE28 planetary gear for robotic joint drive systems,
it handles continuously changing loads.
Robotic joints operate smoothly and reliably.
Maintenance requirements are reduce.
Equipment service life is extend.

Automated production improves product consistency.
Every batch undergoes dimensional inspection.
OEM and custom design services are available.

Typical Applications

Industrial automation equipment.
Robotic drive mechanisms.
Precision positioning platforms.
Laboratory automation systems.
Medical motion control equipment.
Intelligent inspection devices.

Product Overview

  • Product Name: DLE28 Planetary Gear
  • Product Type: Precision miniature planetary transmission gear component
  • Structure: Sun gear, planetary gears, and internal ring gear assembly
  • Application Systems: Planetary gearboxes, geared stepper systems, and precision transmission mechanisms
  • Installation Type: Modular assembly design

Dimensional Specifications

  • Outer Diameter: 28 mm
  • Center Bore Size: Customizable according to installation requirements
  • Gear Module: Optional from 0.3 to 0.6
  • Number of Teeth: Configured according to reduction ratio requirements
  • Concentricity Accuracy: ≤0.02 mm
  • Radial Runout: ≤0.015 mm

Materials and Manufacturing

  • Gear Material: 20CrMnTi alloy steel
  • Heat Treatment: Carburizing and quenching process
  • Surface Hardness: HRC58–62
  • Gear Processing: Precision hobbing and gear grinding
  • Surface Roughness: Ra≤0.8 μm
  • Surface Protection: Anti-corrosion coating treatment

Transmission Performance

  • Transmission Efficiency: ≥95%
  • Gear Accuracy Grade: DIN Class 6
  • Backlash Control: ≤10 arcmin
  • Maximum Input Speed: 6000 rpm
  • Operating Noise: ≤50 dB
  • Load Type: Continuous-duty operation

Key Features

  • High-precision power transmission
  • Excellent load-carrying capability
  • Low-vibration operation
  • Wear-resistant tooth surface design
  • Long service life
  • Compact mechanical layout