R&D Innovation Center

R&D Innovation

18 granted patents, 50+ engineers, and 15% annual R&D investment driving the future of laser tube cutting technology.

Request Feasibility Study

R&D Engineers

Patents

R&D Investment

Patent Portfolio

Groundbreaking innovations protected by international patents.

Zero Tailing Technology

Revolutionary cutting method eliminating tail waste — 99% material utilization, burr-free tube ends.

5-Axis Bevel Cutting

Multi-axis cutting head for complex angled cuts and bevel joints in a single setup.

Capillary Precision System

Ultra-precise cutting of tubes from φ3–25mm with ±0.03mm repeatable accuracy.

Auto-Loading Integration

Patented automated material handling with intelligent feeding, sorting, and stacking.

High-Power Fiber Laser

Advanced laser source integration optimizing beam quality for consistent cutting.

Innovation Pipeline

Next-generation technologies shaping the future of tube cutting.

In Development

AI-Powered Quality Control

ML algorithms analyzing cut quality in real time, auto-adjusting parameters for material variations.

Research Phase

Next-Gen Fiber Lasers

Higher-power, more efficient fiber laser sources pushing boundaries of cutting speed.

Rolling Out

MES/ERP Integration

Full MES/ERP integration with predictive maintenance, cloud analytics, and seamless production traceability.

Feasibility Study

Not sure if your application works with our technology? Our engineering team will assess it — free of charge.

Submit Requirements

Share your technical specifications, material types, target throughput, and quality requirements with our team.

Technical Assessment

Our engineers evaluate feasibility, conduct virtual simulations, and identify optimal machine configurations.

Feasibility Report

Receive a comprehensive report with machine recommendations, ROI projections, and implementation roadmap within 5 business days.