The oval printing machine is equipped with a pneumatic screen frame clamping device during operation. They only clamp a few sides of the screen frame. It is equipped with a positioning pin registration system, which helps to speed up the alignment of the screen plate on the printing machine.
The cycle speed of the oval printing machine may be the factor that you pay attention to when purchasing a printing machine. The maximum cycle speed refers to the output of the printing machine in one hour when operated by one or two workers. Some printing machines can print hundreds of pieces of clothing per hour, and some can print more than 1,000 pieces of clothing. In fact, the actual cycle speed depends on how many flash drying processes there are in your workflow, whether the slurry can reach surface dryness in a very short time, and also depends on the printing slurry, printing area, fabric and other related factors.
The size of the screen frame determines the area of the screen that the printing machine can accept. If this automatic printing machine does not support the screen frame size you are currently using and must be changed to a new screen frame, then the waste will be huge. So pay attention to the machine model, and make sure the screen frame can be freely switched between sizes.
Some basic factors that need to be considered when purchasing an oval printing machine: color number and work stations. The automatic garment printing machine has six colors and 24 work stations, and there are also 6 colors and 32 work stations. Both models can be customized. The working stations of the automatic printing machine are usually 6 more than the number of colors to facilitate laying and taking out the sheets. Some configurations are designed specifically for one operator, with only one additional workstation dedicated to laying out and picking up slides. When deciding how many stations you want, be sure to take into account the need for flash cure stations.
Control systems for oval printing machines range from analog control panels to touch-screen microprocessor-based systems. Each print head has independent control components for fine-tuning and making high-end products. Some models allow operators to store and recall print settings, significantly reducing setup time for repeat orders. Typical printing machines are also equipped with network connectivity solutions that allow manufacturers to access the control system and troubleshoot remotely.
Pneumatic, electromechanical transmission and servo mechanical transmission are all common types in the operation of automatic printing machines. Some printing machines use one type of transmission, while others use a combination of multiple transmission methods. The pneumatic system uses compressed air to adjust the pressure of the printing machine's scraper and return knife, and the solenoid valve can control the speed and movement distance. Printing machines with strictly pneumatic transmission systems are generally less expensive than models with electromechanical transmission or servo-mechanical transmission.
