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Cabinet Type laser Cleaning Machine

GY-FLC300M - Air Cooling CL-300-5 (22)

Product Introduction

Lasercleaning is a new technology based on the interaction between laser andmaterial, capable of removing surface contaminants and deposits. Compared withtraditional cleaning methods, laser cleaning has the advantages of non contact operation, no damage to the substrate, precise  cleaning,  environmentally friendly  ("green"), and online operation. It is especially suitable forhigh-speed online cleaning in designated areas.

Laser Cleaning Diagram

Ourcompany manufactures hightech laser cleaning equipment representing the newgeneration of surface treatment. It is easy to install, operate, and automate.The operation is simple: connect the power, turn on the device, and cleaningcan be performed without chemical reagents, media, dust, or water. The devicecan clean curved surfaces with high cleanliness, removing resins, paints, oils,stains, dirt, rust, coatings, plating, and oxides from the object surface. Itsapplications cover a wide range of industries, including shipbuilding,automotive repair, rubber molds, high-end machinery, railways, andenvironmental protection.

EquipmentFeatures and Standards

(1) Equipment Features

· Non-contact cleaning, no damage to theworkpiece substrate.

· Precise cleaning, allowing selective cleaningof specific positions and dimensions.

· No chemical cleaning liquids required, noconsumables, safe and environmentally friendly.

· Easy operation, handheld or compatible withrobotic arms for automated cleaning.

· Ergonomic design, greatly reducing laborintensity.

· High cleaning efficiency, saving time.

· Stable laser cleaning system, almostmaintenance-free.

· Optionalmobile battery module.

(2) Product Standards
Our company has passed the ISO 9001 international quality management systemcertification, establishing a quality assurance system for the design,production, and service of medium and low-power  laser  processing  equipment.

Detailed standards are formulated for working environment, conditions, basic technicalrequirements, cooling  requirements, laser radiation safety, electrical safety,testing methods, inspection, acceptance, and packaging & transportation.Referenced national standards include:

· GB10320: Electrical safety of laser equipmentand facilities

· GB7247: Radiation safety of laser products,equipment classification, requirements, and user guidance

· GB2421: Basic environmental testing proceduresfor electronic products

· GB/TB360: Laser power and energy testinginstrument specification

· GB/T13740: Laser radiation divergence angletesting method

· GB/T13741: Laser beam diameter testing method

· GB/T13862-92: Laser radiation power testingmethod

· GB2828-2829-87:Batch-by-batch periodic inspection counting sampling procedures and tables

Operating Environment and Parameters

Operating Environment

Optical Parameters

Cleaning Head Parameters

Mechanical Parameters

Product Structure and Dimension Drawings

(1) Cleaning Head Dimension Drawing

GY-QCFXYP300 Laser Cleaning Head Dimensions

(2) Machine Dimension Drawing

GY-FLC300S Laser Cleaning Machine Dimensions

Configuration List

GY-FLC300S Laser Cleaning EquipmentConfiguration