INKS & CHEMICALS: UV Dryer Type R
Categories
- IGT TESTING SYSTEMS
- GRAPHIC ARTS
- PAPER
- INKS & CHEMICALS
- PACKAGING
- OTHERS
- EMCO
- TECHLAB SYSTEM
- QS FIBRE
- HUME HOOD
- KG BEARING
- CLEANER DIESEL FUEL (DEBUG)
- PULSARLUBE
- Electrochemical
- Electromechanical
- Mechanical
- RS COMPONENT
- LEROY SOMER
- METAL PROTECTOR
- OXYGUARD
- PROBES
- HAND-HELD
- MONITORING & CONTROL
- SINAPSE - Print Simulators
- GEOTECHNICAL TESTING EQUIPMENT
- BATU ALAM DARI JAWA TIMUR
- LAIN-LAIN
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 Version | Features |
---|---|
|
|
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
Standard | Option | |
---|---|---|
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