HIGH SPEED INTERMITTENT OFFSET PRESS, LABEL PRINTING SOLUTIONS
Iwasaki - TR2 Offset Printing Machine
TR2 has been continuing to be developed as up to date UV offset printing machine.

TR2 has been continuing to be developed as up to date UV offset printing machine. The wet type has been appeared after dry type to pursue further high quality and stability of printing. Concentrated automatic control system is equipped to improve efficiency of operation. TR2 will expand the possibility of the label industry.
Features:
Printing Unit Temperature Control
Presettable temperature regulated re-circulating water system maintains even temperature in the kneading and impression rollers.
This assures control of ink temperature for consistently high quality printing.
Mobile Touch Panel Controller
This main control panel slides along the lenght of the press and is used to enter the various job parameters.
Registration, impression, lineal and lateral position and skewing controls are all motorized at each printing station, with the adjustments entered from this main control panel. This assures maximal efficiency in job set-up. S
Servo Drive Technology
The machine utilizes servo drive motors with digital controls for numerous machine operations that include printing stations drive, setting repeat lenght, register position, impression adjustments, etc. New jobs as well as repeat orders are all performed with minimal material waste.
Technical Specifications
Maximum Printing Dimensions Maximum Die Cutting Dimensions |
310×254mm 310×254mm(option) |
---|---|
Maximum Hot Stamping Dimension | – |
Web Width |
100~330mm |
Repeat Length | 50~260mm |
Speed | 30~250rpm(50M/min) |
Power Source(Main machine) | 3 phase 200V 26kw (5C) |
Power Source(UV system) | 3 phase 200V 5.6kwx (5C) |
Air Pressure | 6kg/cm2 |
Net Weight | 11,700kg (5C+RD) |
M3 | 26.9m3 |
Offset Printing Unit |
960mm |
Rotary Die Cut Unit | 730mm |
Intermittent Laminate Unit |
960mm |
Flexo Unit | 960mm |
Rotary Hot Foil Stamping Unit | 960mm |
Backside Printing Unit | 1,150mm |