Reproducible Characteristic Curve Annular Spring CNC Machining Spring Friction
Reproducible Characteristic Curve Annular Spring CNC Machining Spring Friction
Basic Properties
Place of Origin:
Sihong, China
Brand Name:
Sunzo
Certification:
CE/IATF16949/45001/14001/9001
Trading Properties
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Payment Terms:
Negotiable
Product Summary
Sunzo annular springs deliver ±0.5% force deviation for precision engineering. CNC-machined steel with reproducible curves ensures consistent performance in industrial, auto, and aerospace applications. AS9100 certified with custom options available.
Product Custom Attributes
Highlight
Reproducible Characteristic Curve Annular Spring
,Annular Spring SUS302
,CNC Machining spring friction
Model NO.:
Sunzo
Function:
Pressed, Phonation, Drive, Restoration, Measurement
Material:
Steel
Load Type:
Compression
Production Process:
Hot Roll
Shape:
Flat
Specification:
SUS 302
Force Deviation:
±0.5%
Machining Precision:
Sub-micron
Positional Accuracy:
±3μm
Performance Drift:
Up To 8%
Tolerance Compliance:
99.7%
Process Capability:
Cpk ≥ 1.67
Safety Margin Reduction:
15%
Prototyping Time Reduction:
30%
Quality Inspection:
Laser Interferometry, Load-cell Testing
Inspection Points:
12 Critical Points
Manufacturing Technique:
Cold-coiling
Standard Compliance:
AS9100
Load-Deflection Behavior:
Identical
Product Description
Detailed Specifications & Features
Annular Spring Reproducible Characteristic Curve for Precision Engineering
Precision engineering demands consistent, repeatable performance, and Annular Spring delivers with its highly reproducible characteristic curve—achieving ±0.5% force deviation across production batches through advanced manufacturing processes.
Manufacturing Excellence
Each unit undergoes computer numerical control (CNC) machining with sub-micron precision, ensuring identical load-deflection behavior across every spring in your system. This exceptional reproducibility stems from our proprietary cold-coiling technique and automated quality inspection protocol.
Our quality inspection includes laser interferometry for dimensional verification and load-cell testing at 12 critical points along the force-travel curve.
Precision Applications
For applications requiring nanoscale precision—such as semiconductor wafer handling robots or medical imaging equipment—this translates to positional accuracy within ±3μm, eliminating performance variability that could compromise sensitive operations.
In aerospace actuation systems, Annular Spring's predictable curve enables engineers to reduce safety margins by 15% while maintaining compliance with AS9100 standards.
Quality Assurance
Unlike conventional springs that exhibit up to 8% performance drift during production runs, our statistical process control (SPC) methodology ensures 99.7% of units meet tight tolerance requirements (Cpk ≥ 1.67).
This level of consistency is particularly critical in multi-spring assemblies, where load distribution uniformity directly impacts system longevity. By eliminating guesswork in design iterations, Annular Spring reduces prototyping time by an average of 30% for precision machinery manufacturers.
Choose Annular Spring for uncompromising precision in mission-critical applications where repeatable performance is non-negotiable.
Related Products
