• Model NO.：IPS-UV90 F
• Applicable Material：Nonmetal
• Cooling System：Water Cooling
• Technical Class：Pulse Laser
• Laser Wavelength：Fly UV Laser Marking Machine
• Laser Classification：Solid Laser
• Type：Fly UV Laser Marking Machine
• Marking Method：Scanning Marking
• Transport Package：Carton
• Specification：84*52*28CM
• Trademark：IPS
• Origin：China
• Production Capacity：200,Month
• Package size per unit product：84.00cm * 52.00cm * 28.00cm
• Gross weight per unit product：29.000kg
• Lead Time：10 days (1 - 200 Pieces) To be negotiated ( > 200 Pieces)

Basic Info.

Model NO. IPS-UV90 F Applicable Material Nonmetal Cooling System Water Cooling Technical Class Pulse Laser Laser Wavelength Fly UV Laser Marking Machine Laser Classification Solid Laser Type Fly UV Laser Marking Machine Marking Method Scanning Marking Transport Package Carton Specification 84*52*28CM Trademark IPS Origin China Production Capacity 200/Month

Packaging & Delivery

Package size per unit product 84.00cm * 52.00cm * 28.00cm Gross weight per unit product 29.000kg Lead Time 10 days (1 - 200 Pieces)
To be negotiated ( > 200 Pieces)

Product Description

Automatic elimination high speed inkjet printer 10W Fly UV Laser Marking Machine for mental,plastic with CE certification

Principle and characteristics
UV laser marking machine use the wavelength of 355nm ultraviolet laser, which has very small focus spot and can greatly reduce the mechanical deformation and processing heat effect of the material. UV laser is mainly used for ultra-fine marking, especially suitable for food, pharmaceutical, micropores punching, high-speed cutting of glass materials and the complex graphic cutting of silicon wafers.

Differences from other laser marking machine

1. The wavelength of UV laser is only 355 nm, while fiber is 1064 nm and CO2 is 10.64 μm. When the wavelength is shorter, the laser bean is smaller and more precise, and the Heat-affected zone formed during processing is smaller also, which makes the marking accurate and fine.
2. CO2 laser marking machine and fiber laser marking machine are physical marking method, but UV laser marking machine is a chemical processing method, mainly by photochemical reaction. The difference is that the physical processing method is mainly happened on the surface of the material, while by chemical processing method, the laser can proceed deep inside of the material.
3. Fiber laser marking machine is mainly used in metal material. Due to the heat generated by its beam, it is not suitable for marking high-precision special materials. UV laser marking machine is particularly suitable for high-end market which need ultra-fine processing, such as marking of cosmetics, pharmaceuticals and other packages by polymers materials. 

IPS-UV90 Fly UV Laser Marking Machine Specification

Name	Description	Remark
Laser Gun	Solid-state UV Laser	Inngu
Scanning Galvanometer	Professional Digital Scanning Galvanometer with high speed moto	High Speed Motor
Focus System	Two Red Light with accurate position	Two Red Light
Indication System	Inner Outline Indication	Blue Outline Indication
Cooling System	External Water Cooling	Water cooling
Controller Card	Integrated Industry Touch Screen IPS-F6.0 Fly marking system	10.2 Inch Touch Screen for Fly Marking

IPS-UV90 Fly UV Laser Marking Machine Technical Parameter:

Model	IPS-UV90
Laser Power	10W
Laser Wavelength	355nm
Laser Frequency	30K HZ-200KHZ
Linear Speed	8000mm/s max
Marking Size	110*110mm
Min Font Height	0.1 MM
Min Linewidth	0.01 MM
Repetition Accuracy	±0.002 MM
Marking Depth	≤5 MM (Depend on the material)
Overall Power	≤1200W
Overall Dimension	Packing size: 142*47*64,103*62*52
Weight	Around 150KG
Power Supply	220V/50HZ/5A/1P
Cooling System	External cooling system ( water tank)
Operation System	IPS-F6.0 Professional marking software
Control Interface	Standard USB Interface
File Format Support	Support file from CORELDRAW,AUTOCAD,PHOTOSHOP directly.  Support AI,PLT,PCX,DXF,BMP file. Support all fonts from windows system. Support automatic coding, serial no, batch no, real time, variable barcode and QR code and databases.
Work Environments	Temperature:10-40ºC,Humidity:10%-90%  No Condensation