Brief: Join a quick walkthrough that focuses on what matters to users and operators. In this video, you'll see a demonstration of the PCB Cleaning Machine with a maximum PCB capacity of 330x250mm. Watch as we showcase its simple operation, automated cleaning process, and dual-layer wash basket system designed for efficient PCB maintenance.
Related Product Features:
Automated cleaning equipment designed for removing stains on PCBA using chemical cleaning agents.
Accommodates maximum PCB size of 330x250mm and thickness range from 0.5 to 3.0mm.
Features dual-layer wash baskets measuring L610*W560*H100mm for simultaneous cleaning.
Operates with optimized gas pressure range of 0.4-0.6Mpa for thorough cleaning without damage.
Built-in filtration system allows dilution to be reused repeatedly, reducing operating costs.
Complete cleaning process includes cleaning, rinsing, air drying, and drying cycles.
Adjustable wash time from 5 to 20 minutes for flexible cleaning requirements.
Uses compressed air blow method to remove residual detergent from pipelines and pumps.
FAQs:
What is the maximum PCB size this cleaning machine can handle?
The PCB Cleaning Machine can accommodate printed circuit boards up to 330x250mm in size, making it suitable for various PCB specifications in electronics manufacturing.
How does the machine ensure thorough cleaning without damaging sensitive components?
The machine operates with an optimized gas pressure range of 0.4-0.6Mpa, which provides sufficient pressure to remove stubborn stains and residues while maintaining the integrity of delicate electronic components.
What makes this PCB cleaning machine cost-effective for manufacturers?
The machine features a built-in filtration system that allows cleaning dilution to be reused repeatedly, effectively saving 50% of dilution by removing residual detergent and reducing operating costs.
Can this machine clean multiple PCBs simultaneously?
Yes, the machine includes two layers of wash baskets, each measuring L610*W560*H100mm, allowing efficient cleaning of multiple boards at once and enhancing production throughput.