Spilt Type UV 3W 5W 8W 3D Laser Marking Machine for Glass Plastic Jewelry Crystal Face Mask Logo Printing Medical Application

• After-sales Service: Whole Life
• Warranty: 3 Years
• Laser Visibility: Invisible
• Applicable Material: Metal and Nonmetal
• Cooling System: Water Cooling
• Technical Class: Pulse Laser
• Model NO.: RFD-UV3/5/8
• Laser Wavelength: Deep Ultraviolet
• Laser Classification: Semiconductor Laser
• Type: Semiconductor Laser Marking Machine
• Marking Method: Scanning Marking
• Laser Power: 3W/5W/10W
• Power Consumption: <500W
• Wavelength: 355nm
• Marking Range: Max 300X300mm
• Marking Depth: 1.2mm
• Minimum Line Width: 0.01mm
• Minimum Character: 0.1mm
• Repeatability: ±0.01mm
• Cooling Mode: Air Cooling or Water Cooling
• Voltage Requirement: 220V±10%/50Hz or 110V±10%/60Hz
• Life of Laser Module: 100000hrs
• Delivery Time: in 7 Days
• Transport Package: Wooden Case
• Specification: 800mmx600mmx1400mm
• Trademark: RUBY
• Origin: China
• HS Code: 8456100090
• Production Capacity: 60 Sets/Month

Product Description

Spilt type UV 3w 5w 8w 3D laser marking machine for glass plastic Jewelry crystal Face Mask Logo Printing Medical Application

Introductions:

1. The processing method of UV laser marking machine is different from other laser marking equipment, CO2 laser marking machine and fiber laser marking machine use physical methods for laser marking. UV laser marking machine adopts chemical processing method, mainly through photochemical reaction. The difference between the two processing methods is that the laser physical processing method mainly processes the surface of the product and material, while the laser chemical processing method can use the laser to penetrate deep into the product material for processing.
2. UV laser marking machine is especially suitable for the high-end market of ultra-fine processing. Such as surface marking of packaging bottles of polymer materials such as cosmetics, medicines, and food (fine effect, clear and firm marking, better than ink coding, no pollution), flexible pcb board marking and scribing; silicon wafer micro-holes, blind hole machining. Among them, 80% of the data cables and adapters on the market are marked with UV lasers.

Features:
1. The high beam quality and light spot is very small, can realize the ultra fine and precise engraving;
2. Perfect marking quality: 355 nm wavelength output to reduce the thermal effect of machined part; high precision galvanometer marking head, fine marking effect and it's able to repeatable processing; High precision light spot ensure the perfect marking results; Marking process non-contact, marking effect is permanent;
3. Heat affected area is very small, there will be no heating effect, material is not deform and burning;
4. Fast marking speed, and high efficiency
5. The whole machine performance is stable, small volume and low power consumption.
6. More suitable to process the materials of big reaction thermal radiation; Cooperate with production line, automatic up-down , and automatic feeding and unloading;

Applicable industries:
-plastic parts, glass
-gold plating, silver and other surface marking
-oil plastic material surface marking, eg: Samsung panel, melamine
-mark the surface of dehalogenated elemental materials, eg: phone charger, connection wire and other peripheral products
-daily necessities (beverage packaging, food packaging)
-marking of cables and cables
-various pipe surface marks
-flexible materials and carbon fiber cutting

Specifications:

Laser Type	UV Laser Marking Machine
Working area	110*110/150*150/200*200/300*300(mm)
Laser power	3W/5W/8W/10W(Optional)
Laser wavelength	355nm
Application	metal and nonmetal
Marking Speed	7000mm/second
Repeated Precision	±0.001mm
Working voltage	220V / or 110V (+-10%)
Cooling Mode	Air Cooling
Supported graphic formats	AI,BMP,DST,DWG,DXF,DXP,LAS,PLT
Controlling software	EZCAD
Optional parts	Rotary Device, Lift platform, other customized Automation
Warranty	2 year
Package	Plywood

Other machines for choice:

Co2 laser engraving cutting machine

  This laser machine is mainly used on fields of nonmetals processing, it can both engrave and cut, it can be applied to many kinds of materials, and has many advantages, such as smooth cutting edges, free from polishing, less noise, less dust, faster processing speed, higher precision, less waste and higher efficiency. It is the best option for upgrading traditional equipments in various industries.