Technical parameters:
| Max diameter printing |
DIM125mm |
| Max thickness of printing |
340mm |
| Largest arc length |
380mm |
| Max printing speed |
1200pcs/h |
| Air consumption |
110litre/min(6bar) |
| Power |
110/220V 60/50Hz |
| Dimensions |
870X1000X1310mm(LXWXH) |
| Weight |
140kg |
| Model |
Printing Area |
Printing Speed |
Power Supply |
Shape of Work piece |
TM-400E
|
Φ110*200
(cylindrical surface) |
1200PCS/HOUR |
110/220V SPN 100W |
Cylindrical |
| |
|
|
| Φ200*350 (elliptical surface) |
AIR5-6KG/ c |
Conic |
Features:
This printing machine is manufactured by our highly skilled professionals by the use of qualitative grade components and modern technology at our production unit, along with this, these can be customized as per the requirements of our patrons also.
1. High automatic, easy setting and operation.
2. The spare part is imported from Germany, quality guaranteed..
3. The screen printing route and the speed can adjustment satisfied with the all kinds of printing requirements.
4. Good quality with warranty!
5, Easy installation
6, Dimensionally stable
7, Rust resistant
Random accessories:
One Tool box, one piece of Chinese specifications, one set of tongs, one set of Allen key, one set of PhilipE's head screw, one of the located air cylinder.
Application:
It suits for many different round items, round surface, cylindrical and curve surface printing, widely apply in many different shapes of containers and stationery, toys, gift, electrical appliances etc.
Industrial products printing, like bottles, cups, mugs, tubes, bucket, container, etc, specially for plastic bottles, plastic cups, cosmetic bottles, water bottle, beverage bottle, can coolers, bottle coolers, wine coolers, hoodie cooler, glass cup, glass bottles, aluminum cans, etc.
We also accept customized machines and production automation machines according to the customer's requirements.
The working principle of the color mark sensor is to detect the difference in the reflection or absorption of the light beam by the color mark compared with the surrounding materials. In practical applications, the light source is usually installed perpendicular to the target object, while the receiver is installed at an acute angle to the object, so that it only detects scattered light from the target object, thereby avoiding direct reception of reflected light and allowing the beam to be focused very narrowly.
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