• ABB (KUKA) 00-104-985 Robot Gearbox
  • ABB (KUKA) 00-104-985 Robot Gearbox
  • ABB (KUKA) 00-104-985 Robot Gearbox
  • ABB (KUKA) 00-104-985 Robot Gearbox
Product Overview In industrial robotic systems, gearboxes are critical mechanical components responsible for speed reduction, torque amplification, and precise motion transmission. A high-performanc……
ABB (KUKA) 00-104-985 Robot Gearbox
  • ABB (KUKA)
  • 00-104-985
  • Robot Gearbox
  • Germany
  • 250 × 150 × 45 mm
  • 2.5 kg
  • Xiamen, China
  • New & In Stock
  • T/T, PayPal, Western Union
  • 1 Year
  • 1-3 Working Days
  • DHL, UPS, TNT, FedEx and EMS.
  • 24-Hour Service
  • COO
  • 1

Our advantage

ABB (KUKA) 00-104-985 Robot Gearbox

Global Logistics

We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.

ABB (KUKA) 00-104-985 Robot Gearbox

Brand new and original

Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.

ABB (KUKA) 00-104-985 Robot Gearbox

24-hour service

We provide 7*24 hours service to our customers. We will be there whenever you need us.

ABB (KUKA) 00-104-985 Robot Gearbox

Price advantage

All our products are priced very favorably because we have our own warehouse and supply.


Company Information
E-mail [email protected]
Mobile +8615980777398
Whatsapp +8615980777398
WeChat 15980777398

Product Overview

In industrial robotic systems, gearboxes are critical mechanical components responsible for speed reduction, torque amplification, and precise motion transmission. A high-performance robot gearbox directly affects positioning accuracy, movement stability, and overall robot operating efficiency.

The ABB (KUKA) 00-104-985 Robot Gearbox is an industrial mechanical transmission component designed for ABB KUKA robotic systems. It provides reliable power transmission between the robot drive system and mechanical movement assemblies, helping achieve accurate and controlled robotic motion.

Designed for demanding automation environments, the 00-104-985 Robot Gearbox supports stable torque transmission, smooth motion control, and long-term operational reliability in industrial robot applications.

With dimensions of 250 × 150 × 45 mm and a weight of 2.5 kg, the ABB (KUKA) 00-104-985 Robot Gearbox features a compact mechanical structure suitable for integration into robotic assemblies and industrial automation equipment.


Technical Specifications

Parameter Details
Manufacturer ABB (KUKA)
Model 00-104-985
Product Type Robot Gearbox
Application Industrial Robot Motion System
Function Mechanical Power Transmission and Speed Reduction
Component Type Robotic Transmission Assembly
Installation Type Robot Mechanical Assembly
Dimensions 250 × 150 × 45 mm
Weight 2.5 kg

Function and Working Principle

The ABB (KUKA) 00-104-985 Robot Gearbox functions as a mechanical transmission unit that converts motor output into controlled robotic movement.

The operating process is:

Servo Motor Output → Gearbox Reduction → Torque Increase → Robot Joint Movement

Main working functions include:

  1. Receives rotational power from servo motors.
  2. Reduces motor speed according to mechanical requirements.
  3. Increases output torque for robot movement.
  4. Transfers precise motion to robot joints or mechanisms.
  5. Supports accurate positioning and repeatable operation.

The gearbox allows industrial robots to achieve smooth movement, high precision, and stable operation under different load conditions.


Role in Industrial Automation Systems

The 00-104-985 Robot Gearbox plays an important role in ABB KUKA robotic motion systems.

Main functions include:

  • Motion transmission
  • Torque amplification
  • Speed reduction
  • Mechanical positioning support
  • Robot joint operation assistance

Typical applications include:

  • Industrial robot arms
  • Automated assembly systems
  • Material handling robots
  • Welding robots
  • Precision manufacturing equipment

Main Features

High Precision Motion Transmission

The robot gearbox provides accurate mechanical power transmission for robotic movement.

Advantages:

  • Improved positioning accuracy
  • Stable motion performance
  • Reduced mechanical vibration
  • Better repeatability

Efficient Torque Conversion

The gearbox converts high-speed motor rotation into controlled mechanical output.

Benefits:

  • Higher output torque
  • Improved load handling capability
  • Smooth acceleration and deceleration
  • Reliable robot operation

Compact Mechanical Design

With dimensions of 250 × 150 × 45 mm, the gearbox provides efficient integration into robotic systems.

Advantages:

  • Space-saving installation
  • Flexible robot configuration
  • Reduced mechanical footprint
  • Easy system integration

Industrial Durability

Designed for continuous automation operation.

Benefits:

  • Stable mechanical performance
  • Long service life
  • Reduced maintenance frequency
  • Reliable operation in industrial environments

Industrial Applications

ABB KUKA Industrial Robots

The 00-104-985 Robot Gearbox is used in robotic motion systems requiring precise mechanical control.

Applications include:

  • Robot joints
  • Robotic arms
  • Automated positioning systems
  • Industrial handling equipment

Manufacturing Automation

Robot gearboxes support high-precision production processes.

Applications include:

  • Automotive assembly
  • Welding automation
  • Machine loading and unloading
  • Production line automation

Precision Motion Systems

Accurate transmission is essential for robotic applications.

Applications include:

  • Electronic component assembly
  • Precision machining
  • Laboratory automation equipment

Material Handling Systems

Reliable torque transmission supports industrial handling operations.

Applications include:

  • Palletizing robots
  • Packaging systems
  • Heavy-duty automation equipment

Installation Guide

Step 1: Confirm Compatibility

Before installation, verify:

  • Correct ABB KUKA part number
  • Robot model compatibility
  • Mechanical mounting configuration
  • Drive system requirements

Ensure the replacement gearbox matches the original mechanical assembly.


Step 2: Power Down the Robot System

Before replacement:

  • Stop robot operation
  • Disconnect power supply
  • Secure the robot position

This prevents accidental movement and ensures safe maintenance.


Step 3: Remove Existing Gearbox

Carefully:

  • Disconnect motor coupling
  • Remove mechanical fasteners
  • Remove the damaged gearbox assembly

Avoid damaging shafts, mounting surfaces, and surrounding components.


Step 4: Install 00-104-985 Robot Gearbox

Installation steps:

  • Position the gearbox correctly
  • Secure mechanical connections
  • Connect motor interface
  • Check alignment accuracy

Step 5: Perform Calibration and Testing

After installation:

  • Restore system power
  • Check robot movement
  • Verify positioning accuracy
  • Perform operational testing

Common Failure Symptoms

Fault Symptom Possible Cause
Abnormal robot movement Gearbox wear
Increased mechanical noise Gear damage
Positioning deviation Transmission error
Vibration during operation Bearing or gear problem
Reduced torque output Internal gearbox failure

Troubleshooting Guide

Check Mechanical Noise

Inspect:

  • Gear engagement
  • Bearing condition
  • Lubrication status

Unusual noise may indicate internal mechanical wear.


Inspect Lubrication Condition

Check:

  • Lubricant level
  • Oil contamination
  • Leakage

Poor lubrication can accelerate gearbox wear.


Verify Robot Position Accuracy

Check:

  • Joint movement accuracy
  • Mechanical alignment
  • Servo feedback performance

Position errors may indicate gearbox problems.


Replace Faulty Gearbox

If the gearbox is confirmed defective:

  • Replace the ABB (KUKA) 00-104-985 Robot Gearbox
  • Recalibrate the robot system
  • Perform motion testing

Maintenance Recommendations

To maintain reliable operation of the ABB (KUKA) 00-104-985 Robot Gearbox:

  • Perform regular lubrication inspections
  • Monitor abnormal noise and vibration
  • Check mechanical alignment
  • Avoid excessive loading
  • Follow preventive maintenance schedules

Proper maintenance helps extend gearbox service life and improves robot operating reliability.


Compatible Automation Components

Component Function
Robot Gearbox Mechanical power transmission
Servo Motor Provides rotational power
Servo Driver Controls motor operation
Robot Controller Executes motion commands
Encoder System Provides position feedback

Key Advantages

  • Designed for ABB KUKA robotic systems
  • Provides precise motion transmission
  • Improves torque output capability
  • Compact mechanical structure
  • Supports high-accuracy robot operation
  • Suitable for industrial automation applications

Technical FAQs

What is ABB (KUKA) 00-104-985 used for?

The ABB (KUKA) 00-104-985 Robot Gearbox is used for mechanical power transmission and motion control in industrial robotic systems.

What is the main function of this gearbox?

Its main function is to reduce motor speed, increase torque, and provide precise movement control for robot mechanisms.

Where is it commonly installed?

It is typically installed in ABB KUKA industrial robot mechanical assemblies.

What are the dimensions?

The dimensions are 250 × 150 × 45 mm.

What is the weight?

The weight is 2.5 kg.

Why are robot gearboxes important?

Robot gearboxes provide accurate torque transmission and precise motion control, which are essential for industrial robot performance.


Conclusion

The ABB (KUKA) 00-104-985 Robot Gearbox is a key mechanical transmission component designed for industrial robotic automation systems.

With reliable torque conversion, precise motion transmission, and compact mechanical design, it helps maintain stable robot movement, improve positioning accuracy, and support continuous operation in demanding industrial environments.

For robotics engineers, maintenance professionals, and automation system integrators, the 00-104-985 Robot Gearbox provides a dependable solution for maintaining ABB KUKA robot motion performance.



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