UV Dryer Type R

For UV inks and lacquers

Powerful UV dryer with conveyor belt to cure and dry UV sensitive inks, lacquers, coatings and adhesives of small to medium size prints on all conventional maerials with low thermal load in Laboratories and Industry.

Optionally available with UV and IR radiators.

Properties

Standard VersionFeatures
  • Ready to use, mounted on the electrical supply casing
  • Transformers to stabilize the main power supply
  • Cooling ventilator for tubes are in supply casing
  • Installation of exhaust air, power supply and proper fuses are up to customer
  • CE conformity
  • 1 or 2 tubes available
  • Power max 140W/cm tube 50% or 100% load possible
  • Variable belt speed 5 – 100 m/min
  • Tunnel height adjustable 7 – 57 mm
  • Digital speed indicator
  • Very high UV curing capability
  • Low temperature load
  • Quartz glass
  • Independent switching of the radiators

Options

  • Tube power max 300 W/cm
  • Tubes with different spectrum, ozone free
  • One UV station and one IR station
  • Belt speed max. 240m/min
  • Heat reducing or absorbing reflectors
  • Electronic power supply
  • Unit control with interface
  • Inclined material deposit variable
  • Units made to customer specifications

Specifications

 StandardOption
Length of tubes / curing width 10, 15, 25, 30 cm Others possible
Number of tubes 1 or 2 1 UV + 1 IR
Type of tube Mercury, UV A-B-C Endowments possible
Spectrum 200 – 400 nm  
Power max 140 W/cm Up to 300 W/cm possible
Cooling system Air  
Power supply Transformer Electronic
Tube output 50%, 100%  
Reflector type Aluminium  
Reflector surfaces Focusd Aluminium mirrors
East to replace
 
 Heat reduction  Quartz glass panes  
Shutter None  
Conveyor belt 1.5 m length, PTFE black  
Conveyor speed 3 – 100 m/min Up to 240 m/min possible
Tunnel height 7 – 57 mm  
Voltage 400 V / 50Hz 230 V for 10cm version only
Weight total Ca. 60 kg Depends on configuration

Ordering information:

AKTIPRINT R, curing width : 10, 15, 25 or 30 cm

Nr. And type of lamps : 1xUV, 2x UV, 1xUV + 1xIR