We developed the continuous sublimation system, which is a fully automatic process. We invented a new way to keep the vacuum inside the transfer film bag until product comes out from the oven. We have the patent for the new innovation.
The sublimation decoration process is based on the physical reaction between special inks and a powder coated substrate. At the correct temperature and pressure, the pigmented ink transfers from a paper or film carrier and is absorbed into the coating layer. Because the ink has special properties, which can turn from sold phase to vapor phase, so you can see your pattern very clear on powder layer.
COMPLETE SYSTEM WITH 2 OVENS
POWER: 80KW, 380V, 50HZ
Our YM-2 continuous heat transfer machine has many advantages.
1) High productivity
Production efficiency of YM-2 is 5 times more than traditional heat transfer machine. Each profile stays suitable time inside the oven, so you can get 240-360 bags per hour.
2) High adaptation ability
Suitable for any shape of profiles and different size of profile in between 5.5-7meter. Automatic and manual precise adjustment for profile length. Can transfer printing aluminum profiles of any length within 7 meter by using one side sucking head.
3) High automation
Each profile starts the process from the loading system, then is carried by rotating arms. Whether repeating profiles in sequence or individually, this process is precisely controlled by the PLC system. The automatic arms locate the piece in the middle of the transportation belt system to feed through the film bagging machine. This is tightly controlled to minimize material waste. Each profile inside the film bag continues on the belt until it reaches the worker. The line speed is adjustable and precisely controlled. As the operator inputs the designated speed, the system adjusts the speed for all motors so the process is coordinated.
4) Constant temperature transfer system-no color difference
5) Labor saving
6) Low energy consumption
7) Beyond European quality
8) Safe and intelligent
Can be shipped by container.