¶ Control Panel
Set working mode and time
automatic cleaning and curing mode (AUTO)：The default total duration is 15 minutes and 30 seconds, and only the cycle time of the cleaning agent cleaning can be changed
during the process (13 minutes-42 minutes and 30 seconds)
single cleaning mode (WASH)：The default total duration is 12 minutes and 30 seconds. During the process, only the cycle time of the cleaning agent
can be changed (10 minutes-39 minutes and 30 seconds).
single curing mode (CURE) last：The default total duration is 3 minutes, and the user can adjust 30S-30 minutes.
¶ Strainer
Effectively filter resin residues and fine foreign matter that may be generated during the model cleaning process to ensure system cleanliness,
reduce failure rates, and improve the long-term stability of the equipment
¶ Barrel rotor
By driving the washing basket to rotate, the washing model can be rinsed and cleaned in all directions, thereby improving the cleaning efficiency and cleaning effect.
¶ UV light
The UV light used for model curing has a wavelength of 405 nm, which enables a fast and uniform light curing process
¶ Cleaning basket
During the cleaning and curing process, the model is loaded into the machine's dedicated tray to ensure that it remains in a stable position during the entire process,
achieving efficient and uniform cleaning and curing results
¶ Bucket assembly
This container is used to hold clean water or detergent to provide a stable cleaning solution for the cleaning process and ensure efficient subsequent treatment.
¶ Detergent Inlet（#1）
The detergent inlet interface is used to deliver detergent to the cleaning system to ensure stable and easy-to-control liquid flow
¶ Water Inlet（#2）
The detergent inlet interface is used to deliver detergent to the cleaning system to ensure stable and easy-to-control liquid flow
¶ Detergent Outlet（#3）
The detergent outlet interface is used to transport detergent from the equipment to the subsequent pipeline to ensure that the flow is controllable and remains sealed.
¶ Wastewater output（#4）
The waste water pipe interface is used to discharge waste water from the equipment to the external pipeline to ensure that the discharge process is stable and reliable without leakage
¶ Motherboard
As the core of the machine, this module is responsible for fully controlling the operation of the circuit and system.
Through precise signal processing and command scheduling, it ensures that all components of the machine work in a coordinated and efficient manner, achieving stable and reliable performance.
Motherboard wiring diagram:
¶
Water jet
High-pressure clean water is sprayed through the nozzle, so that the water flow forms an impact force on the surface and gaps of the model,
thereby achieving fine cleaning and completely removing the attached impurities.
¶ DC Diaphragm Pump
Foreign matter enters the waterway, causing the drainage pump to be blocked, the flow rate to decrease, and the drainage cannot be completed within the specified time.
The liquid level sensor detects that there is water in the working bucket and alarms E12. It may be necessary to replace the DC pump
¶ Solenoid valve
If foreign matter enters the water path and blocks the solenoid valve, the flow rate will decrease and the water will not be fully discharged within the specified time.
If the liquid level sensor detects water in the working bucket, it will alarm E12 and the solenoid valve may need to be replaced.
¶ Liquid level sensor
The sensor is designed to detect the water level in the bucket. By detecting whether there is water in the bucket, it can monitor the water source status in real time
to ensure the normal progress of subsequent cleaning or operation processes.