UV Laser Marking Machine LSU Series

Description

FARLEY LASERLAB AUTO: UV Laser Marking Machine

UV Laser Marking Machine LSU Series

It adopts a 355nm wavelength laser, which is suitable for precision marking of plastic (ABS, PC, PVC, HIPS, etc.), leather, metal, glass, liquid crystal screen, thin ceramics, monocrystalline silicon wafer, IC grain, sapphire and other materials. The application is mainly distributed in 3C, automobile, electrical instrument, white appliance, integrated circuits, medical equipment, hardware tools, food, drugs and other markings, metal or non-metallic plating removal, line drawing of various materials, blind groove processing, emerging ultra-thin metal foil microporous production, etc.

UV Laser Marking Machine LSU Series

This UV laser marking machine has a tiny focus spot and minimal heat affected zone, with high 355nm UV light absorptivity suitable for various materials. It delivers exquisite marking, faster processing via rotary table, operator safety protection, compact size with good cooling, and serves special materials like glass, LCD panels and semiconductors.

Features:

Rotary Table Boosts Processing Speed

Compact Size with Superior Cooling

Integrated Safety Protection Hood

Tiny UV Focus & Minimal Heat Impact

High 355nm UV Light Absorptivity

Exquisite Marking Quality

UV Laser Marking Machine – Technical Specifications

Ultraviolet laser marking machine, at your fingertips! The material has a high absorption rate of 355nm ultraviolet light, so ultraviolet laser has a wider material adaptability. The ultraviolet light focus spot is extremely small, and the processing heat-affected area is minimal, which is more suitable for ultra-fine marking of various materials.

Project		Main technical parameters
Laser parameters	Equipment model	LSU3EB	LSU5EB	LSU10EB	LSU15EB
	Laser wavelength	355nm
	Single pulse energy	>60uj@50KHz	>110uj@50KHz	>200uj@50KHz	>250uj@50KHz
	Laser power	>3W@50kHz	>5W@50kHz	10W@60kHz	15W@60kHz
	Pulse frequency	20-200KHz		50-200KHz
Optical characteristics	Scanning speed	F=160mm,≤7000mm/s
	Marking range	F=160mm/105mm×105mm (standard) F=160mm/100mm×100mm (quartz lens)
	Marking range	100mmx100mm (standard) 130mmx130mm (optional) 160mmx 160mm (optional)
	Standard working distance	210mm (standard) 248mm (optional) 300mm (optional)
	Engraved character size	>0.06mm (standard) >0.08mm (optional) >0.1mm (optional)
	Minimum marking line width	0.02mm (dep to the material) @F=170mm
Use environment	Cooling method	Water cooling
	System power supply	2.0KW/AC220V/50Hz 2.5KW/AC220V1
	System power supply	The voltage fluctuation range is ±5%, and a voltage regulator needs to be equipped when it is used beyond the range.
	Humidity and temperature	5-35C, 30%<RH≤85%, air conditioning needs to be installed beyond the range
	Oil mist, condensation	Not allowed
Other	External dimensions (length × style × height)	Host 640x1200x1440mm/water tank 430x360x575mm
Other	Weight of the whole machine	215kg±10kg (340kg±20kg after wooden box packaging)

UV Laser Marking Machine

LSU Series

High-performance ultraviolet laser and superior laser beam quality bring exquisite marking effect for customers;
The rotary table shortens unit processing time. Customer benefits grow exponentially at the same time;
Equipped with safety hood, it avoids physical injury of operators by misoperation and minimizes the safety risk;
Small size and good cooling performance.

High-performance ultraviolet laser

Adopting Huagong laser high-performance ultraviolet laser (in-cavity double frequency technology + TEC refrigeration technology), the laser beam quality is superior, bringing users exquisite and beautiful marking effect.

Rotating workbench

The rotating workbench greatly shortens the processing time of individual workpieces, and the value harvested by customers increases exponentially in the same unit time.

Safety shield

This machine is equipped with a safety shield, which meets the export standard and passes the CE certification to avoid personal injury caused by the misoperation of the equipment operator and minimize safety risks.

Wind and cold water circulation

Air and cold water cycle cooling, with the efficiency of water cooling and the small volume of air cooling, can be said to be “both fish and bear’s paw”