Technical Highlights:
Short-duration, high-energy pulses (kW-class peak power) enable instant penetration of thick materials (e.g., stainless steel, aluminum alloys).
Ultra-short interaction time (microsecond-level) reduces the heat-affected zone (HAZ) by >70%, minimizing material deformation and discoloration.
Applications: Precision medical device welding, high-reflectivity metal cutting, brittle material processing.
Technical Highlights:
Pulse width continuously adjustable from 50μs to 10ms, supporting multi-mode processing from fine engraving (micron-level) to deep-penetration welding (millimeter-level).
Customer Benefits: A single device meets diverse manufacturing needs, reducing multi-process equipment procurement costs.
Performance Data:
MTBF (Mean Time Between Failures) ≥100,000 hours with IP65 protection, suitable for harsh environments (dust, oil, etc.).
Cost Advantages: Maintenance intervals extended by 3x, lowering overall operational costs by 40%.
Performance Comparison:
Electro-optic conversion efficiency ≥30%, 25% more energy-efficient than traditional pulsed lasers.
Compliant with EU CE energy standards and carbon neutrality regulations.
Enterprise Value: Annual power consumption reduced by 15–20%, boosting ESG ratings.
Integration Capabilities:
Supports EtherCAT and Profinet protocols for seamless integration with robotic arms, PLCs, and MES production management systems, meeting Industry 4.0 flexible line requirements.
Industry Coverage: High-end manufacturing fields including new energy battery welding, 3C electronics precision machining, and aerospace coating cleaning.
Language
Home
