Suzhou Quick Laser Technology Co., Ltd.
Suzhou Quick Laser Technology Co., Ltd.
400000
400000
400,000+ m2 production area
1500
1500
1500+ employees
1000
1000
1000+ pcs ultra-high power cutting machines sold (≥10KW)
50
50
50%+ average annual growth rate within 12 years
200
200
200+ patents
50
50
50+ exporting countries & regions
Core Technology

Hollow machine bed without thermal deformation.

Patent NO.: 201921401286.9

Hollow machine bed

Self-developed weld joints tracking and quality inspection technology can achieve real-time welding path adjustment and online quality inspection, which improve welding efficiency and qualification rate.

Patent NO.: 201821216211.9

Innovative three chucks

Ultra-high power cutting head, high-efficiency dual cooling technology, high airtightness, intelligent monitoring.

Patent NO.: 201921270866.9

Q-X3 Ultra-high power intelligent cutting head

The intelligent sorting system can replace the manual sorting work after the cutting is completed, and at the same time perform accurate sorting and palletizing, reducing the labor intensity of workers.

Patent NO.: 201920231058.5

Automatic sorting system

Modular design can realize the automatic production of loading unloading and sorting of single machine or multi-machines.

Patent NO.: 201920119969.9

Smart production line

Powerful process database, efficient response, more smooth movement, higher efficiency

QH.SPAC intelligent cutting software

Cloud control system can realize remote monitoring of equipment operation status, fault query, fault judgment, etc.

Laser production management system

Self-developed weld joints tracking and quality inspection technology can achieve real-time welding path adjustment and online quality inspection, which improve welding efficiency and qualification rate.

Patent NO.: 201821216211.9

Weld joint tracking and inspection technologies

Self-developed complete sets of equipment such as laser outer circle cladding, inner hole cladding and quenching, and process solutions help customers improve quality, reduce costs, and increase efficiency.

Laser surface treatment and additive technology

Clean Dicing is the world's top waterless cutting process with non-contact processing, no material damage, simplification of the process, which improve the efficiency and pass rate of semiconductor manufacturing.

Clean Dicing

It adopts the top synchronization position synchronization output mode to realize the laser pulse control, which perfectly realizes the seamless connection between the process and the motion control.

PSO Control Technique

Automatic analysis and learning, which is super adaptive, break through the drawbacks of traditional algorithms, and cooperate with high-performance vision kits to achieve more accurate and efficient detection.

AI deep learning