Automatic Laser Marking Machine ZR-F20

• Customization: Available
• Laser Visibility: Visible
• Applicable Material: Metel,Nonmetel
• Model NO.: ZR-F20
• Cooling System: Air Cooling
• Technical Class: Continuous Wave Laser
• Laser Wavelength: Fiber Laser
• Laser Classification: Semiconductor Laser
• Type: Optical Fiber Laser Marking Machine
• Marking Method: Scanning Marking
• Transport Package: Wooden Box
• Specification: 350*750*820mm
• Origin: China
• HS Code: 8456110090
• Production Capacity: 300 Pieces/Year

Product Description

Robotic Laser Marking Machine ZR-F20



Parameters

Model		ZR-F20
Mark Parameters	Mark depth	<0.03mm
	Mark range	110mmX110mm
	Working distance	600mm(±2mm)
	Mark speed (Roman font, 1mm high)	800 characters/S
	Minimum letter of marking	0.2mm
	Minimum line width of marking	0.012mm
Laser characteristics	Laser wavelength	1064nm
	Output Power	20W
	Power stability (8h)	<±1%rms
	Light beam quality	<2
	FM range	20Khz-30Khz
	Laser safety class	CIassIV
Others	System protection class	IP54
	Cooling type	Air cooling
	Running Temperature	15ºC-35ºC
	Power requirements	120V/60Hz/10A
	Overall power	<0.8KW
Overall dimension (L*W*H)		350*750*820mm
Weight		30KG

Product features
1. Less consumables, low power of the whole machine, overall power≤800W
2. Built-in air cooling system, energy consumption is reduced and maintenance free for 100,000 hours.
3. High electro-optical conversion efficiency, maintenance-free, high stability and easy operation.
4. USB interface output control, can accept a variety of file formats (PLT,BMP,JPG, etc.).
5. Can be bar code, text graphics, regular and irregular serial number marking.

Application field
Plastic light transmittance keys, IC chips, digital product components, precision machinery, jewelry,
sanitary ware, measuring tools, watch and clock glasses, electrical appliances, electronic components,
hardware accessories, hardware tools, mobile phone communication components, Auto parts, plastic
products, medical equipment, building materials pipe and other high-precision product identification.