Measuring 1.65 meters wide by 1.5 meters deep the FasTRAK Plasma System has a >35% smaller system footprint than previous strip processing models. The capability to reuse magazines further reduces the effective footprint as the empty magazines do not need to be staged at the system.
Using state-of-the-art robotic movement that virtually eliminates operator handling of the strips or magazines, the FasTRAK Plasma System accommodates the full-known range of magazines and strip width, length and thickness dimensions.
The FasTRAK System makes it easy to change over to accommodate a new magazine or strip size - recipes are software driven and the system requires minimal hardware interaction or tooling.
The field-proven robotics were specifically designed to lower the handling risk to sensitive substrate materials by using minimal movement, pushing, pulling and low G-forces. The FasTRAK System features an innovative new material tracking software application and internal camera to count the number of strips and track their progress throughout the entire treatment process, providing 100% treatment validation. Up to 10 strips can be accommodated per batch with an industry leading units per hour (UPH) treatment rate.
The FasTRAK system also includes a new high-efficiency, application-specific, plasma chamber that can be configured for Direct or Ion-Free plasma modes.
Plasma Processes Include:
Pre-die attach for improved adhesion
Pre-wire bond for higher pull strength and CpKs
Pre-mold to reduce delamination
Post-mold to remove flash
Pre-underfill to reduce voiding
Features and Benefits
Flexible configuration accommodates the full range of strip dimensions and magazine designs
Advanced robotic handling system minimizes strip handling, pushing, pulling and reduces operator intervention
New camera-based material tracking provides 100% plasma treatment validation
High-efficiency, application specific, plasma chamber design offers Direct or Ion Free plasma treatment modes
Significantly smaller system footprint and magazine reuse capability save space and help lower cost of ownership
Die Attach for ASPA
ASPA - Plasma systems from Nordson MARCH can clean substrates in order to improve the adhesion of die attach epoxy via surface activation. Plasma also removes oxidation from the metal surface.
Encapsulation & Molding for ASPA
ASPA - Nordson MARCH's plasma processing technology greatly improves adhesion of mold compounds by increasing the substrate surface energy, resulting in increased package reliability.
Plasma Solutions for Life Sciences and Medical Device Manufacturing
Solutions for Life Science and Medical Devices - Welcome Page
Underfill for ASPA
ASPA - Using plasma treatment technology from Nordson MARCH prior to the underfill process increases underfill wicking speed, adhesion, fillet height & uniformity, and minimizes voiding
Wire Bond for ASPA
ASPA - Nordson MARCH's plasma processing technology optimizes the wire bonding process, which increases device reliability and minimizes manufacturing costs