Improve water drainage and drying efficiency after painting!
In the automotive painting industry, the efficiency of water removal and drying processes after painting is essential for improving productivity and maintaining quality. In particular, uneven paint and poor drying significantly affect the quality of the finish, leading to increased costs due to rework and repainting. The Sonic air knife effectively removes excess moisture after painting and promotes uniform drying, addressing these challenges.
◆ Application Scenarios
Drying after cleaning engine parts: Accelerating water removal from cylinder heads, blocks, and gear components.
Removing residual water from transmission parts: Expelling water droplets trapped in complex-shaped holes and grooves with powerful air.
Drying aluminum die-cast parts: Instantly peeling off water films to reduce corrosion risk.
Pre-treatment line before painting: Uniformly removing residual water after degreasing and phosphating.
◆ Implementation Effects
Shortening drying time: Improving the processing capacity of the production line with high-speed air blades.
Stabilizing quality and reducing defects: Suppressing the occurrence of residual water, stains, and corrosion, thereby reducing defects in subsequent processes.
Reducing running costs: Significantly lowering electricity and equipment costs by eliminating the need for compressed air.
Improving maintenance: Fewer nozzle blockages and stable operation over long periods.
Enhancing capability for complex-shaped parts: Efficiently removing residual water from deep holes, grooves, and threaded areas, reducing process variability.
![Sonic Corporation's rotary air knife (for blower) [patent obtained]](https://image.mono.ipros.com/public/product/image/7af/2000210706/IPROS28119366671930657801.jpeg?w=280&h=280)
![[Case Study on Problem Solving] Blades that have been re-sharpened multiple times feel a strain.](https://image.mono.ipros.com/public/product/image/30b/2001407086/IPROS33235182888130093241.jpeg?w=280&h=280)
