Precision Redefined: How Xinhsen Achieves ±0.03mm Uniformity with Multi-Stage Etching Compensation

2025-05-21

Behind the Scenes of Ultra-Precise Metal Etching for Aerospace and Medical Applications

In industries where micron-level precision is non-negotiable—such as aerospace components and surgical implants—Xinhsen Technology’s multi-stage etching compensation system has set a new benchmark. Today, we unveil how our proprietary process guarantees ±0.03mm uniformity, a critical requirement for high-performance metal etched parts.

The Challenge: Why Uniformity Matters

Real-world impact: A variance exceeding ±0.05mm in fuel injector nozzles can reduce engine efficiency by 12% (based on client test data).

Industry pain points: Traditional etching struggles with edge consistency, especially for complex geometries like mesh filters or micro-aperture arrays.

Xinhsen’s Solution: 4-Stage Precision Control

Pre-Etching Simulation

AI-powered fluid dynamics modeling predicts etching deviations before production begins.

Post-Etching Laser Calibration

Non-contact metrology scans validate dimensions, with automated rework for outliers.

For more information, please feel free to contact.

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Precision Redefined: How Xinhsen Achieves ±0.03mm Uniformity with Multi-Stage Etching Compensation

Precision Redefined: How Xinhsen Achieves ±0.03mm Uniformity with Multi-Stage Etching Compensation