JL-UV5 Stand-alone UV Laser Marking Machine Air Cooling

UV laser marking machines emit a high-energy-density 355nm UV laser beam, directly disrupting the material’s molecular chains or inducing physical and chemical changes, thereby creating a permanent mark on the surface.

This technology utilizes “cold light” processing, generating minimal heat and not heating the material surface, hence the name “cold engraving.”

Model	JL-UV5
Power	5w
Machine type	Stand-alone type

Descriptions

JL-UV5 Stand-alone UV Laser Marking Machine Parameters:

Item	Stand-alone UV laser marking machine
Laser Power	5w
Laser Wavelength	355nm
Marking Range	110110mm/150150mm/175175mm/200200mm (optional)
Marking Line Width	0.01-0.1mm
Marking Depth	0.01-0.1mm
Marking Speed	≤7000mm/s
Power Requirement	110V-240V/50Hz-60Hz(According to local electricity supply).
Cooling system	Water cooling
Marking Format	Graphics, Text, Bar Codes, Two-dimensional Code,Automatically Marking the Date,Batchnumber,Serialnumber,Frequency,etc.
Graphic Format Supported	bmp, jpg, gif, tga, png, tif, ai, dxf, dst, plt,etc.
Laser Module Life	≤100000 hours
Weight	35kg

JL-UV5 Stand-alone UV Laser Marking Machine Advantages:

UV laser adopt 355nm cold light source, which can create highly accurate and beautiful markings on your products.
Easy to use, Small Focusing spot, can mark on most materials, especially on plastic, can engrave beautiful results.
Industry design, durable and long life, can support production line marking.
Highly versatile and offers high-precision marking, ability to work 24/7 continuously Supports high-definition logo and image marking.

JL-UV5 Stand-alone UV Laser Marking Machine Application:

The UV Laser Marking System 5w,10w,15woptions is high accuracy laser machine, perfectly suitable high precise, high speed permanent mark and code on various materials.

It is especially suitable for applications such as marking of food and pharmaceutical packaging materials, micropores, PCB board, high-speed division of glass materials, and complex graphic engraving of wafer wafers.