Robotic Arms

Robotic Arms
EDX

ROBOTIC ARM

Operational Demands of Robotic Arm
Power Transmission Core

Controlled motion requires bearings that maintain axis accuracy and repeatable torque across multiple joints.

Operate Under Stress

Rapid start-stop cycles and continuous multi-axis rotation expose bearings to dynamic loads and torque fluctuations.

Friction & Alignment Control

Bearings must deliver zero backlash and high positional precision during fast movement and pick-place operations.

Bearings Define Efficiency

Using the right bearings ensures smooth, vibration-free movement, reduces play, and extends the robot’s life span.

Diagram of a robotic arm with bearings highlighted in the joints and motor assemblies.

The Edx Advantages
Ultra-Precision Manufacturing

Delivers zero backlash and smooth movement

Compact Bearing Designs

Ideal for small robotic joints with tight tolerances

Consistent Performance

Withstands rapid directional changes and vibration

Low Noise & Low Friction

Essential for robotic automation environments

Bearings integrated into Robotic Arm:

Angular Contact Ball Bearings

Handle combined loads and provide high precision

Needle Roller Bearings

Fit compact joints and support oscillating motion

Crossed Roller Bearings

Enable high stiffness and multi-axis positioning

Standard Bearings vs. EDX Bearings Comparison Table

This table compares standard and EDX bearings in terms of performance features for rotating motor shafts.

Key Features

High-Speed Capability
Electrical Insulation
Vibration-Free Operation
Long Lubrication Cycle
Precision Shaft Fitment
Standard Bearings
EDX Bearings

Address

Head Office – Romania

EDX Romania SRL
Str. Industriei 14, Cluj-Napoca, 400234, Romania
Company ID: RO12345678
VAT Number: RO12345678
Trade Register: J12/1234/2023
Phone: +40 364 123 456
Fax: +40 364 123 457
Email: info@edxbearings.ro
Website: www.edxbearings.ro
Office Hours: Monday – Friday: 09:00 – 17:30 (EET)