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Shenzhen Deyu Increases Battery Winding Machine Productivity 25% with Servo Control

A documented Process Optimization in Electronics deployment at Shenzhen Deyu Intelligent Equipment, with source-attributed results and missing evidence labelled explicitly.

Maintained by Peter Korpak, Founder & Chief AnalystHow evidence is checked

Evidence at a glance

Evidence status:
Automated evidence gate passed
Deployment timeframe:
Not reported by source
Reported outcome metrics:
1 cited below
Directory entry published:

The source-link check confirms reachability, not independent re-verification of every claim.

~25%Productivity Improvement

Source-reported figures — cited source: rockwellautomation.com

The Challenge

Deyu, a manufacturer of lithium battery winding machines, needed to enhance equipment productivity and plant-wide efficiency. Customers required higher-precision tension control for cylindrical and prismatic battery production with full-servo capabilities.

The Solution

Deyu deployed Allen-Bradley CompactLogix control systems and Kinetix servo drives from Rockwell Automation to achieve full-servo winding and unwinding with high-precision tension control in their new all-in-one winding machines.

Results

Equipment productivity improved by approximately 25% with the Rockwell Automation automation and information technology solutions. The new winding machine delivers precise tension control for both cylindrical battery cell winding and battery tab welding.

Key Takeaways

  • High-precision servo motion control is critical for achieving consistent battery cell quality in lithium-ion manufacturing
  • 25% productivity gains through servo drive automation in battery equipment directly improve customer throughput capacity
  • Unified control platforms simplify the technical complexity of multi-axis tension control for battery winding machines

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Details

Industry
Electronics
AI Technology
Robotics & AI
Company Size
SME
Evidence status
Automated evidence gate passed
Deployment timeframe
Not reported by source
Directory entry published

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