The Spertar AC620 Automatic SMT PCBA Cleaning Machine is a high-performance PCB cleaning machine specifically engineered for thorough flux residue removal on complex assemblies. It excels at cleaning flux residues under SIP modules and beneath precision components such as BGA, CSP, QFN, and fine-pitch devices, meeting the demanding cleaning requirements of all types of solder flux and solder paste in modern SMT production.
The SPERTAR AC630 cleaning machine is specially designed for automatic cleaning of flux residues under SIP modules, as well as beneath PCBA boards assembled with precision components such as BGA, CSP and QFN. It meets the cleaning requirements of all types of solder flux.
The AC630 adopts the process of water-based detergent cleaning, DI water rinsing and hot air drying.
It features an ultra-stable structural design: during operation, the PCBA products move back and forth with fixtures, while spray bars and air knives remain stationary. This keeps the pressure of cleaning and rinsing spraying stable, ensuring constant operating temperature of the equipment and high-quality cleaning results in daily use.
The AC630 applies vertical spraying cleaning, which is perfectly suitable for flux cleaning of PCBs with fine-pitch components and flip-chip devices.
Equipped with dual tracks and two complete sets of cleaning zones on the left and right sides, each cleaning zone contains 4 high-pressure cleaning spray bars and 4 professional drying air knives. It can process two rows of products simultaneously, effectively doubling the production capacity.
DI200 is used to turn tap water into DI water and supply to our PCBA batch type cleaning machine for DI water rinse after liquid cleaning. It consists of three main components: pre-treatment system, RO reverse osmosis system, and MB mixed bed system. The equipment features easy operation, stable performance, and fully automatic operation, ensuring high effluent resistivity.
AC106
According to the method of ionic contamination degree test defined in IPC-TM-650, the test process includes 3 processes: solvent regeneration, ion contamination solvent extraction and ion contamination degree measurement.
This tester adopts a high-purity, high-capacity ion exchange device. Before each test, the solvent is regenerated through the ion exchange device according to the setting value to ensure that the ion content in the solvent meets the test requirements before each test.