Offset printing Heidelberg machine led uv curing system

Offset printing Heidelberg machine led uv curing system

UV LED Linear Curing System

Optical Design:Precision quartz lens group,for high uniformity linear spot.

Mechanical Structure & Cooling Design:Co-aluminum materials, good heat dissipation compact, seamless splicing.

Full range to match all UV LED Linear Curing application requirements.

Hot sale now:

530*30mm for Heidelberg SM 52

750*30mm for Heidelberg SM 74

Features 

No heating phase, instant on and play.

No Hg, safety and environment friendly.

Low power consumption , energy efficient.

Small, compact machine, easy to integrate.

Cold light source,no thermal radiation,lower down the quantity of heat while curing.

Real time monitoring status of every UV-led lamp lead.

Utilize the optic analytical technology, high peak irradiance, uniformity up to 90% consistent uniformity

High-powered LED lamp bead, running life >20000 hours,light intermittent >60000 hours.

UV output adjustment: From 1% to 100%

Multiple control modes : pedal control, digital I/O, PLC and COM

Application fields

Ultraviolet curing 

Ultraviolet fluorescence detecting

Scientific research            

UV glue curing

Ultraviolet analyzer

UV nondestructive testing Photochemistry (photo-catalysis, photo-excitation) Curing UV lighting oil

Ultraviolet visual inspection 

Light bioresearch,cell irradiate

Curing wood coating 

Curing antistatic coating

Light curing printing ink, paint.

Plastic, paper or paperboard material UV print by rotary press.

Liquid crystal edge banding, printability of films, CCD glue curing around, Mobil phone shell coating curing.

UV binder curing the bonding and fixed the industrial-strength Glass, Metal, electron, plastic equipment .

Advantage: 

Pure UV light source          

No thermal effects          

Low power consumption saves energy    

Environmental friendly

Individual head or group control

Stable UV irradiation                            

Easy operation

Reliable UV irradiation achieved by higher head-cooling efficiency.