1500HC / 2000HC Handheld Fiber Laser Cleaning Machine

1500HC / 2000HC Handheld Fiber Laser Cleaning Machine

· Non-contact laser cleaning – no damage to base material
· No chemicals or consumables – safe, eco-friendly, and cost-efficient
· High cleaning efficiency with stable laser output
· Compact handheld design – flexible operation for various applications
· Suitable for rust removal, paint stripping, oxide cleaning, and surface pretreatment

Laser power: 1.5kw-3kw

Introduction

Specifications：

Model	1500HC
Laser Power	1500w - 2000w
Laser Power Range	1.5kw – 3kw
Laser Source	Raycus / Max / RECI
Laser Type	Fiber
Laser Wavelength	1070 ±10 nm
Scanning Width	300 mm
Cleaning Speed	50 mm/s
Control System	SUP-LCS
Cooling Method	Water cooling
Machine Weight	180 kg
Package Weight	210 kg
Machine Size	900 × 700 × 900 mm
Origin	Shandong, China

Description：

The HC Series Handheld Fiber Laser Cleaning Machine is designed for efficient and environmentally friendly surface cleaning. Using high-energy fiber laser technology, it removes rust, paint, oxide layers, oil, and contaminants without contact, chemicals, or abrasives.

Its compact structure and handheld laser head allow flexible operation, making it ideal for both workshop and on-site cleaning applications.

High-Quality Components for Reliable Performance

Laser Source: Raycus / Max / RECI fiber laser with stable power output
Control System: SUP-LCS intelligent laser control system
Laser Head: Chaoqiaoweiye handheld cleaning head with uniform scanning
Cooling System: Industrial water chiller with over-temperature protection
Electrical Components: Reliable industrial-grade components ensure long-term stability

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Specifications and Performance

With a laser wavelength of 1070 ±10 nm and a scanning width up to 300 mm, the HC Series delivers fast and uniform cleaning results. The system supports adjustable parameters to adapt to different materials and contamination levels, ensuring high precision and repeatability.

The water-cooled design guarantees stable operation during long working hours.

Applications and Versatility

Applicable Materials:

Carbon Steel
Stainless Steel
Aluminum
Copper
Brass
Galvanized Sheet

Cleaning Capabilities:

Rust removal
Paint and coating stripping
Oxide layer cleaning
Oil and grease removal
Pre-welding and pre-paint surface treatment

Applications：

Industrial rust removal and surface restoration
Mold and tool cleaning
Pre-treatment before welding, coating, or painting
Automotive and ship maintenance
Aerospace and precision manufacturing
Cultural relic and equipment maintenance

Application Industry Scenario Diagram


Aerospace Industry	Automotive Industry	Furniture & Decoration	Metal Fabrication Machinery

Competitive Advantage:

Non-Contact Cleaning: No mechanical damage to the substrate
Eco-Friendly: No chemicals, no consumables, no secondary pollution
High Efficiency: Fast cleaning speed with uniform results
Flexible Operation: Handheld design suitable for complex surfaces
Low Operating Cost: Minimal maintenance and long service life
Stable Performance: Water cooling and intelligent control system

Quality Inspection & Manufacturing Process：

Pre-Assembly Inspection	Precision Machining	Vibration & Natural Aging
Each machine component undergoes precise measurement of guide rail straightness and geometric accuracy. Altimeters verify linear dimensions to ensure every part meets design standards.	High-speed rough machining removes burrs and excess material, followed by fine processing for smooth, flat surfaces that ensure long-term cutting precision.	Residual internal stress is released through vibration and natural thermal cycles. This process enhances structural rigidity, stability, and dimensional accuracy of the machine bed.
Assembly Process	Welding & Structural Strength	Final Inspection & Testing
Guide rails and gear racks are installed and calibrated by skilled technicians using precision tools, ensuring smooth transmission and stable machine performance.	CO₂ shielded welding guarantees firm, defect-free joints, improving overall frame strength, durability, and cutting stability.	Dynamic performance tests check positioning accuracy, repeatability, and micro displacement precision. Interferometers compensate for any rack errors, ensuring superior cutting accuracy.