JIT-PL25 Handheld Machine

Description

Key Points:-

• Handheld atmospheric surface plasma treatment system (JIT-PL25) engineered to solve localized adhesion challenges in precision assembly.
• Uses high-speed collisions of reactive ions and electrons to remove surface contaminants and graft active functional groups onto substrate surfaces.
• Increases surface energy and wettability to promote bonding of conformal coatings, adhesives, and print inks without altering bulk material integrity.
• Features an integrated air pressure display, intuitive MCGS control menu, and real-time alarm monitoring for process control during operation.
• Incorporates built-in compressed dry air (CDA) oil-and-water filtration with forced negative pressure ventilation to eliminate particulate transfer.
• Designed for localized surface activation on printed circuit boards, semiconductor components, and low-energy polymers.

The JIT-PL25 Handheld Machine provides localized atmospheric surface plasma treatment designed to resolve critical adhesion challenges in precision assembly. Utilizing high-speed collisions of reactive ions and electrons, it removes surface-bound contaminants while grafting active functional groups to substrate surfaces. This process significantly increases surface energy, enhances wettability, and promotes superior bonding for conformal coatings, adhesives, and print inks without altering bulk material integrity.

Engineered with an integrated air pressure display, intuitive MCGS control menu, and comprehensive real-time alarm monitoring, the unit guarantees process control during handheld operation. The internal architecture incorporates built-in compressed dry air (CDA) oil-and-water filtration paired with forced negative pressure ventilation to eliminate particulate transfer during treatment. It is an ideal portable solution for localized surface activation on printed circuit boards, semiconductor components, and low-energy polymers.

Features

This integrated atmospheric plasma system combines internal oil, water, and dust filtration to ensure ultra-clean gas delivery while safeguarding sensitive electronic components.

By operating at low ionization voltages and controlled lower treatment temperatures, it effectively prevents electrostatic discharge (ESD) damage and thermal stress.

Additionally, the system features an MCGS display that provides real-time monitoring of electrical parameters and immediate diagnostic fault alerts for safe, precise operation.