Small Parts Laser Quenching Equipment GR-3000LQ

Micro-Focused Laser Technology: Utilizing a high-precision galvanometer scanner and specialized optics, the system delivers a laser spot size as small as 50μm, enabling localized hardening of delicate features such as micro-gears, connector pins, or surgical tool edges without affecting adjacent areas.

Adaptive Process Control: AI-powered software dynamically adjusts laser parameters (power, pulse frequency, scan speed) based on real-time thermal imaging, ensuring consistent hardness (55-62 HRC) and controlled case depth (0.1-1.5mm) for materials ranging from stainless steel to titanium alloys.

Modular Fixturing System: Quick-change clamping mechanisms and customizable jigs accommodate components as small as 1mm in diameter, reducing setup time by 70% for mixed-batch production.

Non-Contact Efficiency: The laser’s selective energy input eliminates mechanical stress and distortion, critical for preserving the dimensional stability of thin-walled or heat-sensitive parts.

Electronics: Harden micro-connectors, semiconductor tooling, or MEMS components to resist wear and corrosion in high-frequency operations.

Medical Devices: Strengthen surgical blades, dental implants, or orthopedic screws with biocompatible coatings for enhanced durability.

Watchmaking & Micro-Engineering: Apply wear-resistant layers to miniature gears, escapement mechanisms, or luxury timepiece components.

Automotive Micro-Parts: Improve fatigue resistance of fuel injector nozzles, sensor housings, or transmission micro-gears.

Space-Saving Design: Compact footprint (1.5m x 1m) allows integration into laboratory benches or small-scale production lines.

Energy Efficiency: Low-power laser operation (100-500W range) reduces energy consumption by 40% compared to conventional hardening methods.

Zero Waste Process: Eliminates quenching fluids and toxic chemicals, aligning with eco-friendly manufacturing standards.

The system features plug-and-play automation with IoT connectivity, enabling remote monitoring, predictive maintenance, and seamless integration into Industry 4.0 workflows. Machine learning algorithms optimize laser paths for complex 3D contours, ensuring uniform hardness even on freeform surfaces.

By extending the lifespan of high-value micro-components and minimizing material waste, the equipment reduces replacement costs by up to 50%. Its compatibility with recycled alloys and additive repair workflows further supports circular economy initiatives.

3D CNC operating system

Small-scale processing range

Suitable for surface quenching and strengthening of small parts in batches