1. When printing small objects (such as mobile phone cases and handicrafts) in batches, the AI ​​scanner can identify the positions and angles of multiple objects, without the need for manual alignment, and directly assign printing tasks.

1. When printing on long surfaces (such as a full glass panel), the system continuously monitors the flatness of the platform and automatically corrects the nozzle path if the material is slightly warped due to temperature or vibration.

1. The built-in air pump is used to adjust the ink circuit pressure to eliminate ink interruption caused by bubbles or ink precipitation. Regularly spray a small amount of ink on the nozzles that are not involved in printing (such as the idle channels of multi-color machines) to keep them unobstructed.

1. The sealed arc extinguishing chamber and magnetic blow-off technology are used to prevent sparks when the circuit breaker is actuated, meeting Class I Division 2 explosion-proof standards.

1. The user only needs to turn on the machine, and the system will automatically complete the ink circuit initialization (including negative pressure calibration and bubble removal), without the need to perform complicated manual "air exhaust" operations.

1. The aluminum beam is embedded with a heat dissipation channel to control the working temperature fluctuation within ±1°C, avoiding positioning errors caused by thermal expansion.