You seem to be 'Offline'

Change Language
Amsky Aurora 1400 Series VLF CTCP Machines
Amsky Aurora 1400 Series VLF CTCP Machines

Amsky Aurora 1400 Series VLF CTCP Machines

अस्की अरोड़ा की 1400 सीरीज़ वीएलएफ सीटीसीपी मशीनें

by: Watthour Systems, New Delhi

Get Contact
Get Best Price

Product Description

Plate Thickness
0.15mm-0.3mm
Exposing Method
External Drum
Interface
USB2.0 / USB3.0
Plate Loading
Can Work With Autoloader When Available
Size
2400 X 1430 X 1100mm
Resolution (dpi)
2400,1200
Weight (kg)
1,800
Humidity
Less Than 70%
Max Plate Size
1680 X 1350 Mm
Min Plate Size
650 X 550 Mm
Available Mode
U1400,T1400
Available Media Type
UV Plate,830nm Thermal Plate
Power Supply
Single Phase200V-240V; Power5.5KW
Recommended Temperature
21-25 Degree Celsius
Allowable Temperature
15-30 Degree Celsius
Available Imaging System
64 Channel,128 Channel
Available Output Speed
10 Plates/hour,18 Plates/hour And 21 Plates/hour

Our firm is Ranked amongst the reputed names in the market for offering an extensive range of Amsky Aurora 1400 Series VLF CTCP Machines.
Features:
  • UV plate and thermal plate are available for you to lower production cost.
  • Furthermore, to improve the production efficiency, 64 channels, 128 channels and 256 channels laser are provided according to different printing speeds.
  • It can meet the demands of large books and periodicals, catalogues, yellow pages, packaging processing and plate-making center.

Detailed Brochure

Get Latest Price for your requirement >
View More

About the Seller

Watthour Systems

Amsky Aurora 1400 Series VLF CTCP Machines

Get Contact
Get Best Price
Vishnu Garden, New Delhi
56% Call Pick Up Rate
Trustseal Verified
Nature of Business
Manufacturer
Delivery Locations
All Over India
View More

Contact this seller

Amsky Aurora 1400 Series VLF CTCP Machines

I agree to terms and privacy policy
  • New Delhi

Find nearby sellers for Computer To Plate Machines

  • New Delhi
Looking for something else ?

Get best deals for

Computer To Plate Machineson the go!

4.6
Open in App