The pull/push side lays are an integrated type, accurate in positioning and convenient in adjustment, and is equipped with photoelectric detection system that can monitor whether the printing substrate is in place or not in real time, so as to reduce the printing reject rate.
On the other hand, due to the large paper area contacted by such pneumatic side gauge, it is not easy to cause unclear prints or to dirty papers.

The pressure of printing blade can be adjusted automatically and kept constant.
The position of blade rising and falling can be set depending on the status of printing substrates, so as to prolong the tool life and reduce ink loss.
The blade box can be turned over and with automatic reset and positioning function to facilitate to adjust and replace tool.

The screen frame can be separated with the transmission part. It features smooth lift and large lift height, making it easy for the registration of printing substrates and the adjustment of feeding.

The rubber squeegee pressure once calibrated will be kept constant to guarantee the thickness of ink layer is accurately controlled.

The delivery gripper bar can switch the printing mechanism with one button making the machine particularly suitable for printing ultra-thick papers.
Papers are received along the moving path of the cylinder, the whole process seamlessly connected to allow for flat straight printing.
The lower open-close gripper can effectively prevent scratching the screen.

The screen printing equipment is configured with screen fine-tuning system that can perform long-distance electric adjustment in three axial directions, only need to directly input the adjustment stroke, both convenient and practical.

The printing length is adjustable and the length change caused by the previous process can be automatically compensated.

The synchronous motion between screen frame and cylinder is jointly driven by nylon rack and steel gear, which reduces vibration and wear while ensuring the precision of overprint.

The power source of the whole feeder system.

The board is changed to slow step feeding after being rapidly lifted to the detection position, so as to ensure the sheets are smoothly conveyed to the front lays.
The feeding method can be converted between single sheet (variable speed) and overlap type (uniform speed).
Optoelectronic device is equipped to automatically detect whether papers are run out or thoroughly separated.

Paper separation mechanism is fitted to blow open papers and make it easier for the suction nozzle to suck up the first sheet on the top.

Stainless steel conveying board can effectively prevent the back of printing substrates from being scratched as well as reduce friction static electricity. Beneath the board is fitted with vacuum absorption device that can ensure smooth conveying of various substrates.
The conveyor belt can be slowed down timely so as to ensure the substrate can be in place smoothly at high speed.