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High-Speed Automation Nested Wave Spring with 51CrV4 Material for 2,000,000 Cycles

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High-Speed Automation Nested Wave Spring with 51CrV4 Material for 2,000,000 Cycles

Wire Thickness : 0.2 mm to 4.0 mm

Cleanliness Level : Industrial ultrasonic cleaned

Primary Materials : Vacuum-degassed 51CrV4 (DIN 1.8159), carbon spring steel, SUS301 stainless steel

Force Consistency : ±5% tolerance

Fatigue Life : 2,000,000 cycles

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High-Frequency Automation Clamping & Machining
High-Frequency Nested Wave Spring for High-Speed Automation Clamping Tools

In automated manufacturing, speed and precision are critical. Workpiece clamping modules, robotic grippers, and quick-change tool changers must operate reliably over millions of cycles. Jiangsu Sanzhong Elastic Technology Co., Ltd. manufactures high-frequency Nested Wave Spring components engineered to meet the demands of rapid-cycling automation systems.

[Pneumatic Clamping Release Force] | | | | | V V V V V
================================= <-- Piston Face ===========================
=========================== <-- Nested Wave Spring Stack =================================
=========================== <-- Mechanical Jaw Guide ^ ^ ^ ^ ^ | | | | |
[Instant Spring-Back Clamping Lock]

When multi-layer parallel springs are compressed at high frequencies, internal friction can generate heat and cause component wear. Our manufacturing process uses precision-rolled flat wire with rounded edges to minimize contact friction between adjacent layers. This reduces internal heat buildup, lowers hysteresis, and allows the spring to maintain consistent clamping forces throughout high-frequency operations.

Target Client Applications
  • Pneumatic Clamping Jaws: Integrated into automated assembly lines to provide rapid clamping and releasing action.
  • Robotic End-Effectors: Used to supply preset mechanical holding forces, preventing workpiece drops during sudden power or air pressure losses.
  • High-Speed Indexing Tables: Installed in internal locking pins to ensure fast positioning and accurate locking.
Technical Specifications & Product Parameters
Primary Materials Vacuum-degassed 51CrV4 (DIN 1.8159), carbon spring steel, and SUS301 stainless steel
Force Consistency Load deviations kept within a tight ±5% tolerance band via automated testing systems
Wire Thickness (t) Precision flat wire profiles engineered from 0.2 mm up to 4.0 mm
Fatigue Life Rating Designed and tested to withstand over 2,000,000 rapid deflection cycles within recommended operating limits
Cleanliness Protocols Cleaned using industrial ultrasonic systems to ensure components are free of oil and debris, making them suitable for cleanroom automation use

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