Product Introduction

Lasercleaning is a new technology based on the interaction between lasers andmaterials, capable of removing surface contaminants and deposits. Compared totraditional cleaning methods, laser cleaning offers the advantages of beingnon-contact, non damaging to the substrate, precise,  environmentally friendly,and suitable for online operation. It is especially ideal for high-speedcleaning of designated areas.

Laser Cleaning Schematic

Ourcompany`s laser cleaning equipment represents a new generation of high-techsurface treatment products. It is easy to install, operate,  and  automate. Operation is simple: connect the power and turn on the device to performcleaning without chemical reagents, media, dust, or water. It  can  adapt tocurved surfaces and achieve high surface cleanliness, removing resin, paint,oil, stains, dirt, rust, coatings, plating, and oxide  layers.  Its applicationscover shipbuilding, auto repair, rubber molds, high-end machine tools,railways, and environmental protection.

Equipment Features and Standards

(1) Equipment Features

• Non-contact     cleaning, no damage to the base material.

• Precise     cleaning with accurate positioning and size-selective cleaning.

• No chemical     cleaning agents required, no consumables, safe and eco-friendly.

• Easy     operation; can be handheld or integrated with a robot for automated     cleaning.

• Ergonomic     design reduces labor intensity.

• High cleaning     efficiency, saves time.

• Stable laser     cleaning system, minimal maintenance required.

• Optional     mobile battery module.

  
  

(2) Product Standards
Our company is ISO 9001 certified and has established a quality assurancesystem covering the design, production, and service of medium- and low-powerlaser processing equipment.

Wehave defined detailed standards for the working environment, productionconditions, basic technical requirements, cooling requirements, laser radiationsafety, electrical safety, testing methods, inspection and acceptance, as wellas packaging and transportation. Referenced national standards include:

• GB10320 Electrical safety of laser equipment and     facilities

• GB7247 Laser product radiation safety, equipment     classification, requirements, and user guide

• GB2421 Basic environmental testing procedures     for electronic products

• GB/TB360 Specifications for laser power and energy     testing instruments

• GB/T13740 Method for measuring laser radiation     divergence angle

• GB/T13741 Method for measuring laser radiation beam     diameter

• GB/T13862-92 Method for measuring laser radiation     power

• GB2828-2829-87 Sequential batch inspection and sampling     procedures

Operating Environment and Parameters

Operating Environment

Optical Parameters

Cleaning Head Parameters

Mechanical Parameters

Product Structure and Dimension Drawings

(1) Cleaning Head Dimension Drawing

GY-QCDXY200P Laser Cleaning HeadDimensions

(2) Whole Machine Dimension Drawing

GY-FLC200MC Laser Cleaning MachineDimensions (with battery)

Configuration List

GY-FLC200MC Laser Cleaning EquipmentConfiguration