Máquina de limpieza de malla de acero por ultrasonidos:
The main reasons for ultrasonic cleaning machines having certain difficult-to-control standards are:
- Temperature: Differences in cleaning duration and original temperature can affect the temperature, and excessively high temperatures can easily damage the steel mesh.
- Ultrasonic power density: Excessive power density can damage the steel mesh.
- More susceptible to damage to supporting force and adhesive, although IPC has not stopped, given the strong penetration and difficult control of ultrasonic waves, it is more likely to cause damage.
- Solvent is also required, posing a risk of ignition due to electricity.
- Since the cleaning is done in a tank, the dirt removed during cleaning is not filtered, affecting the cleaning efficiency. If circulated filtration is used, excessive filtration can absorb energy and affect cleaning effectiveness.
- Separate cleaning tanks, rinse, dry tanks, making the organization more complicated.
Fully Pneumatic Steel Mesh Máquina de limpieza does not exhibit the above phenomena during cleaning of SMT boards, not only cleans thoroughly but also prevents potential hazards to workers from direct contact with solvents. Silman Tech Steel Mesh Cleaning Machine adopts a fully pneumatic method, eliminating the risk of ignition as it does not require electricity. The Silman Tech Steel Mesh Cleaning Machine DEZ-C725 uses compressed air as the energy source, eliminating any fire hazards. It features user-friendly design, one-key operation, and easy completion of cleaning and drying tasks. It is a high-performance pneumatic fully automatic cleaning equipment that operates fully automatically using compressed air pressure from cleaning to drying. The cleaning fluid is recycled, resulting in low consumption.
Features of Pneumatic Steel Mesh Cleaning Machine DEZ-C725:
- All stainless steel body: aesthetically pleasing, wear-resistant, corrosion-resistant, and compliant with environmental requirements and standards.
- Fully pneumatic operation, no electricity required, no fire hazards.
- Side wall air drying design.
- User-friendly design: one-key operation and automatic liquid addition and discharge function, making operation extremely simple.
- Replaceable modular controller and quick-insert design for easy maintenance.
- Two-stage filtration system, low exhaust outlet, and S-shaped exhaust pipe design: solvent recycling with low liquid consumption.
- High-density equi-pressure dual-sided rotating cleaning nozzles, strong cleaning power, without damaging the tension of the steel mesh.
- Systematic integration of high-quality global controller components to ensure excellent quality, stable performance, and long service life.
In summary, after understanding the advantages and disadvantages of fully pneumatic steel mesh cleaning machines and ultrasonic steel mesh cleaning machines, it is clear that fully pneumatic machines are safer, provide better cleaning results, offer higher automation, and do not damage the steel mesh.
