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Cabinet Laser Marking Machine

Fibre laser applies to the following types of materials

Commodity name： Cabinet Laser Marking Machine

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Product Description
Detail Display
Usage Effect

Application Scenarios

Fibre laser applies to the following types of materials
Metal: stainless steel, carbon steel, aluminium oxide, aluminium alloy, aluminium, copper, iron, gold, silver, carbide and other light
Metal materials can be engraved on the surface
Plastic: hard plastic, PVC material, etc. (due to different components need to be tested)
Applicable industries: IC chips, digital product components, precision machinery, jewellery, sanitary ware, measuring instruments
Cutting edge tools, watches and glasses, electrical appliances, electronic components, hardware jewellery, hardware tools, automobile and motorcycle parts
Plastic products, medical equipment, building materials and tubes, and other high-precision product marking.

Specification

750*650*140mm
Allow vacuuming
Application
Suitable for metal marking/chip grinding/surface treatment/plastic marking/frame number/nameplate auto parts etc.

Model	SG-YLP20W
Name	Fibre laser marking machine
Laser wavelength	1064nm Operating
voltage	220V
Repeat Frequency	20KHz-80KHz、1-500KHZ
Product Size	850mm650mm1450mm
Marking range	100mm~300mm (range optional)

The cabinet laser marking machine has emerged as a highly efficient and precise tool in the field of marking and engraving. This innovative machine is designed to meet the diverse needs of various industries, offering a wide range of capabilities.

One of the most notable features of the cabinet laser marking machine is its high - precision marking ability. The laser beam used in these machines can be focused with extreme accuracy, allowing for the creation of very fine and detailed marks. Whether it is marking serial numbers, logos, or intricate patterns on different materials, the precision of the cabinet laser marking machine is unrivaled. It can produce marks with a resolution that is often not achievable with traditional marking methods such as stamping or printing.

These machines are also highly versatile in terms of the materials they can mark. They can be used to mark metals like steel, aluminum, and copper with ease. The laser interacts with the metal surface, causing a physical or chemical change that results in a permanent mark. In addition to metals, cabinet laser marking machines are also effective on non - metal materials such as plastics, ceramics, and glass. For plastics, the laser can create a smooth and clear mark without causing excessive damage to the material. On ceramics and glass, it can produce a highly visible and durable mark that withstands wear and tear.