Product Specification

355nm 3W 5W 10W UV Laser Marking Machine With Ultraviolet Laser Source

Product information:

High-precision marking at constant quality

Keyi Laser marking technology is ideal for producing high-precision results, and even the most delicate graphics such as small-scale shapes and 1-point fonts can be created with superior quality.

High marking speed

Keyi Laser marking machines are leaders within the industry, offering unparalleled processing speeds that are amongst the fastest on the market today. Designed with high productivity and cost reducing benefits in mind, laser systems offer solutions for nearly all materials and applications.  Furthermore, processing speeds can be greatly increased by utilizing a machine (e. g. galvo lasers) equipped with the proper laser source (e. g. fiber lasers or CO2 lasers) for the unique properties of your materials structure and size.

Durable marking

Laser etching is a permanent process that is resilient to acids, abrasion, and heat. Some materials can even be laser marked without surface damage if the proper parameter settings are utilized.    
 
Features:
 
Small beam diameter and fine marking line• Good quality and high laser beam stability• Complete machine stability, simple and easy operation• Narrow pulse width, small heat affected zone, workpiece without damage• Suitable for sensitive material as cold light source• Laser directly acting on molecular chain with maximum extend to avoid thermal effect
 
Advantages:
• Hyper-fine Laser marking base on Imported UV Laser marking machine's good light beam quality and small focusing spot.
• Good processing effect and wide applicable material type base on mild heat-affected of UV Laser marking.
• High processing accuracy, high marking speed and good stability base on imported high-speed galvanometer.
• Convenient Operation: Convenient data processing with dedicated laser marking software. Interface is simple and friendly, easy operation.
• Available support file format: PLT,DXF,AI,SDT,BMP,JPG,JPEG,TGA,PNG,TIF,TIFF, etc.
• Support one-dimensional code and two-dimensional code marking such as Code39,EAN,PDF417,DATAMATRIX, etc.
• Option function: marking-on-the-fling, rotary marking and X,Y 2D platform.
 
UV Laser Marking Machine USAGE:
 
High quality JPT 3W 5W UV laser marking machine for glass plastic employs the imported UV laser and imported high-speed galvanometer as its central devices. It is widely used for metal or nonmetal's surface marking to make up for the lack of IR Laser's processing ability. The main applicable materials are electronic products shell marking, battery charger, data line, mobile phone, computer fitting
marking, electronic components, jewellery, horologe marking, PCB, FPC marking and cutting, Glass product marking,
metal, alloys marking and plastics material's marking, etc.
 
UV Laser Marking Machine APPLICATIONS:
High quality JPT 3W 5W UV laser marking machine for glass plastic is widely used for consumer electronic products, electronic components, jewellery, horologe, Food and beverage packaging, Medical packaging, PCB/FPC, glass container, etc.

Sample show:


 
 
 

RaPt Laser Marking Machines benefits

High-precision marking at constant quality

Rapt Laser marking technology is ideal for producing high-precision results, and even the most delicate graphics such as small-scale shapes and 1-point fonts can be created with superior quality.

High marking speed

RaPt Laser marking machines are leaders within the industry, offering unparalleled processing speeds that are amongst the fastest on the market today. Designed with high productivity and cost reducing benefits in mind, laser systems offer solutions for nearly all materials and applications.  Furthermore, processing speeds can be greatly increased by utilizing a machine (e. g. galvo lasers) equipped with the proper laser source (e. g. fiber lasers or CO2 lasers) for the unique properties of your materials structure and size.

Durable marking

Laser etching is a permanent process that is resilient to acids, abrasion, and heat. Some materials can even be laser marked without surface damage if the proper parameter settings are utilized.