

Add to Cart
3. Drying stage
Preliminary drying: The cleaned workpiece enters the first stage of
the drying area. Usually, hot air is used to initially dry most of
the moisture on the workpiece surface. The hot air blower blows the
heated air towards the workpiece to accelerate the evaporation of
moisture. For example, set an appropriate wind speed and
temperature to ensure that the surface moisture is quickly removed
without damaging the workpiece.
Deep drying: After preliminary drying, the workpiece enters the
deep drying area. Here, higher temperature hot air, infrared
heating or other advanced drying technologies may be used to deeply
dry the workpiece to ensure that the moisture inside the workpiece
can also be completely removed. For example, infrared heating can
quickly penetrate the workpiece surface and make the internal
moisture heat up and evaporate, thereby achieving deep drying.
Cooling: After deep drying is completed, the workpiece may need to
be cooled to prevent damage due to excessive temperature during
subsequent processing. The temperature can be reduced by natural
cooling or forced air cooling to make it reach an appropriate
working temperature or storage temperature.
4. Unloading stage
The dried and cooled workpiece is conveyed to the unloading area
through the conveying mechanism. An automatic unloading device can
be used to neatly collect the workpieces, or manual handling and
storage can be performed. For example, in the case of mass
production, an automated robotic arm can be used to remove the
workpiece from the conveyor belt and place it in a specific
container or shelf.
During the entire operation process, the precision through-type industrial cleaning and drying production line equipment is usually monitored and adjusted by an advanced control system to ensure that the parameters of each link (such as cleaning liquid temperature, pressure, drying temperature, conveying speed, etc.) are stable within the set range to ensure the efficient and stable operation of the equipment and the cleaning and drying quality. At the same time, the equipment may also be equipped with safety protection devices such as emergency stop buttons and sensors to ensure the safety of operators.