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:

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Angular Contact Ball Bearings

Handle combined loads and provide high precision

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Needle Roller Bearings

Fit compact joints and support oscillating motion

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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)

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