GY-FLC200SG - Air Cooling CL2-2mj (8)

Product Introduction

Laser cleaning is a newtechnology based on the interaction between laser and matter, capable ofremoving surface contaminants and attachments effectively. Compared withtraditional cleaning methods, laser cleaning has the advantages of non-contact,no damage to the substrate, precise cleaning, environmental protection ("green" technology), and the ability  for online operation. It isespecially suitable for high-speed, online cleaning of designated areas.

Laser Cleaning Schematic Diagram

The laser cleaningequipment produced by our company is a new-generation high tech product forsurface treatment.  It is easy to install, operate, and automate. With simpleoperation—connect the power supply, switch on the device cleaning can becarried out without chemical reagents, media, dust, or water. It can fit curvedsurfaces for cleaning, achieve high cleanliness, and remove resin, paint, oil,stains, dirt, rust, coatings, plating, and oxides from surfaces. It is widelyapplicable in industries such as shipbuilding, automobile maintenance, rubbermolds, high end machine tools, railways, and  environmental protection.

Equipment Features and Implementation Standards

(1) EquipmentFeatures
◎ Non-contact cleaning, no damage tothe base material;
◎ Precision cleaning with accurateposition and dimension selectivity;
◎ No chemical cleaning fluids, noconsumables, safe and environmentally friendly;
◎ Simple operation, can be handheld orcombined with robotic automation;
◎ Ergonomic design, greatly reduceslabor intensity;
◎ High cleaning efficiency,time-saving;
◎ Stable laser cleaning system, almostmaintenance-free;
◎ Optional mobile battery module.

(2) Product Standards
Our company has passed ISO 9001 internationalquality management system certification, forming a quality assurance system forthe design, production, and service of medium- and small-power laser processingequipment.

We have establisheddetailed standards regarding working environment, basic technical requirements,cooling requirements, laser radiation safety, electrical safety, testingmethods, inspection, acceptance, packaging, and transportation. The referencednational standards include:

·GB10320 – Electrical safety oflaser equipment and facilities

·GB7247 – Radiation safety oflaser products, equipment classification, requirements, and user guide

·GB2421 – Basic environmentaltesting procedures for electronic products

·GB/TB360 – Specifications forlaser power and energy testing instruments

·GB/T13740 – Test method fordivergence angle of laser radiation

·GB/T13741 – Test method forbeam diameter of laser radiation

·GB/T13862-92 – Test method forlaser radiation power

·GB2828-2829-87 – Samplingprocedures and tables for periodic inspection by attributes

Operating Environment and Related Parameters

Operating Environment

Optical Parameters

Cleaning HeadParameters

Mechanical Parameters

Product Structureand Dimension Drawings

(1) Whole Machine Diagram

(2) Cleaning Head Dimension Diagram

GY-QCDXYP200 Laser Cleaning Head Dimension Diagram

(3) Whole Machine Dimension Diagram

GY-FLC200SG Laser Cleaning Machine Dimension Diagram

Configuration List

GY-FLC200SG Laser Cleaning Equipment Configuration List