Dry Ice Cleaning Machine For PCBA TYtech Cleaning Machine

Dry ice cleaning machine is an efficient and environmentally friendly cleaning equipment, which is suitable for various industries and scenarios. Dry ice blasting machine uses the low temperature and high-speed airflow of dry ice to quickly remove dirt, oil stains, oxide layers and other difficult-to-remove pollutants. To ensure the cleaning effect, it can also avoid a series of problems caused by traditional cleaning methods. The handheld dry ice cleaning machine RL-600 independently developed by our company is mainly used for cleaning residual pollutants such as rosin and flux on the surface of circuit boards after SMT welding. , the equipment is easy to operate, the staff is easy to use, and the cleaning efficiency is high.

1. The machine is easy to operate, and it is easy for employees to use it.

2. Environmental protection and health: The dry ice blasting machine uses dry ice particles as the cleaning medium, which will not produce any chemical reaction and secondary pollution, and has no impact on the environment and human health.

3. Safe and reliable: The dry ice particles used in the dry ice blasting machine will not cause any damage or scratches to the cleaned items, and will not cause any damage to the machine itself.

4. Energy saving and emission reduction: The dry ice particles used in the dry ice blasting machine are renewable resources, which can effectively reduce energy consumption and exhaust emissions during the cleaning process, and reduce the impact on the environment.

5. No need for water source and cleaning agent: use dry ice blasting machine for cleaning, no need to use water source and cleaning agent, avoiding the waste of water resources and the discharge of chemical substances, and protecting the environment.

6. Significant long-term effect: Cleaning with dry ice blasting machine can ensure long-term effective cleaning effect without leaving cleaning agent residue and secondary pollution, which provides a good guarantee for subsequent production work.