|
Products
About us
Contact us
Order
| |
Cure and dry UV resin such as UV ink and adhesive by irradiating UV rays
Click photos to enlarge
|
If you would like to know more
details, please contact us. => |
 |
|
QRM-2161C Desk Top UV Conveyor |
|
 |
Lamp: High pressure mercury lamp
Reflecting Mirror: Cold mirror
condensing
|
|
QRM-2288 Small-Seized UV Conveyor |
|
 |
This is a variety of reflecting mirror units,
from which you can choose suitable ones fro the material and shape of the
workpieces. If the heat ray cutting filter (quartz plate or cold
filter) and the workpiece cooling unit (air pipe or cooling fan) are added
optionally, the irradiated surface can be cooled. |
|
Lamp: High pressure mercury lamp (Air
cooling) 2kw, 3kw, 4kw
Irradiation Distance: 120 ~ 220 mm
(changeable)
Irradiation Width:
1) Aluminum mirror: condensation type => about 100 mm
2) Aluminum mirror: diffusion type => about 180 mm
3) Cold mirror condensation type => about 80 mm
4) Cold mirror: diffusion type => about 180 mm
Conveyor Speed: 0.5 ~ 5 m/min
(changeable)
Belt: SUS belt |
|
QRM-2300 UV Conveyor |
|
 |
In recent years, many liquid
metals which harden under UV radiation have been used to streamline
production processes, reduce costs, improve quality and reduce pollution.
These materials include paints, inks, resist adhesives, clear coatings and
filter resins. ORC presents a variety of models to meet diversified
specifications of application. |
|
Lamp: High pressure mercury
lamp 7kw, 8.4kw
No. of Lamps: 3 lamps
Irradiation Area: 600 mm
Conveyor Speed: 1 ~ 10 m/min
(changeable) |
|
QRM-2215
Double-Side UV Irradiation Conveyor |
|
 |
The upper and undersides of the workpiece is irradiated at once during a
pass.
The cold mirror specification permits temperature rises to be reduced.
|
|
QRM-2429
Double-Side UV Irradiation Conveyor |
|
 |
The workpiece boards are conveyed in an upright position, which eliminates
dust deposition on the workpiece.
Irradiated at once on both sides, each workpiece is cured during on pass.
The process is at low temperature, enabling material deformations to be
minimized.
|
File No:
|
