Product

NEMST-DP2002系列

Vertical Plasma Desmear Machine (High-Efficiency Type, 14/28/30PCS)

Vertical Plasma Desmear Machine (High-Efficiency Type, 14/28/30PCS)
Vertical Plasma Desmear Machine (High-Efficiency Type, 14/28/30PCS)
Vertical Plasma Desmear Machine (High-Efficiency Type, 14/28/30PCS)
Vertical Plasma Desmear Machine (High-Efficiency Type, 14/28/30PCS)
  • Special implovements for electrodes, materials and flow patterns and thus increases 2~3 times etching rate.
  • Unique Plasma Technology integrated with Inductively Coupling Plasma (ICP) and Hollow Cathode Plasma (HCP) design.
  • ICP & HCP are generated at the same time, and it can substantially increase the plasma density as well as the process speed.
  • By employing water-cooling electrodes, the resistance of electrode surface can remain the same and thus increases the process stability. Multiple Processing Gas Selectivity. Mutiple Easy-Maintain and Low-Maintenance-Cost Designs.
  • High Automation and Operator Friendly Design.
  • Dependant on the customer's requirements, the machine can be produced at some customized designs.
  • Stepwise processing is available.
  • Convenient Cart/Rack Loading/Unloading Improvements for electrodes, materials, and flow patterns and thus increase the 2~3 times
  • 2~3 times etching rate comparing to traditional designs.
  • Shorten the plasma time to 1/2 ~ 1/3 and substantially increase the throughput. Very low processing temperatures thus decrease the risk of damage to the products and increase the reliability of the processes. High Plasma Desmear Uniformity.
  • Very High Plasma Desmear Efficiency.
  • Multiple Process Gathe etching rate comparedses Selectivity (CF4, O2, N2, Ar, H2, etc.), which are used to achieve the best surface treatment effects.
  • High Capability (14/28 panels, 510 mm x 610 mm or 56/112 panels, 200 mm x 250 mm / Rigid, Flex, Rigid-Flex Boards).
  • Etching / Desmear / Descum / Cleaning. Blind Vias and Through Holes Plasma Treatment. Interlayer Adhesion Promotion.
  • Resist / Emulsion Removal.
  • Surface Activation / Surface Roughness Improvement / Surface Modification.