FlexTRAK-S plasma system has large capacity plasma chamber for semiconductor and electronics packaging. Integrates with a variety of process equipment. Has 5.5l plasma chamber and high-power RF generator. Is configurable and has high-throughput. Universal architecture remains the same if elongated. Accommodates substrates and material handling configurations to support a variable-size form factors, including boats, carriers, Jedec/Auer boats, strips, and laminates. Can be configured for magazine-to-magazine processing of single and multiple strips or lead frames, reel-to-reel, and as a standalone for island-based production environments. Width is 382mm. Service components are accessed from the front. Can be configured to apply three different modes of plasma treatment: direct, downstream, and ion-free. Smart Tune management system provides closed-loop plasma control; optimizes RF system and minimizes tuning time. Automatically recycles to a plasma-ready state.
Nordson March, www.nordsonmarch.com
Sigma X 3D inline solder paste inspection machine features dual-laser technology to eliminate shadowing; application bandwidth that is compatible with all PCB colors and finishes, including HASL; measurement height range of +/- 1mm (0.040”) standard and optional +/- 2mm (0.080″); and identification features including via holes, edge of board and routing to reduce false calls. Industry’s best PCB warp-management system with real-time Z axis that tracks to the PCB surface. Novel jet defect repair adds paste to pads with insufficient deposits, eliminating rework and board scrap. Accommodates PCBs up to 580 x 510mm (23″ x 20″). Height repeatability: 3 Sigma <1µm. Volume repeatability: 3 Sigma <1%. Height accuracy: 2µm. Paste size 100 x 100 µm minumum; 20 x 20mm maximum.
Parmi, http://parmi.com/spi-application-products-overview/sigma-x/http://parmi.com/spi-application-products-overview/sigma-x/
OM/C thermal stress system cycles to temperatures as cold as ?75C, in line with requirements for aerospace, defense and automotive applications.
Achieves negative cycling temperatures through use of liquid nitrogen (LN2) as the coolant. Single setup assembly reflow simulation and thermal cycling with one setup. Convection assembly reflow simulation based on IPC-TM-650, Method 2.6.27 (230C and 260C profiles). Built on existing air-to-air thermal shock methodology (reference IPC-TM-650, Method 2.6.7.2B). Single chamber air-to-air thermal shock cycling from -75C to +230C. Continuous resistance temperature detector (RTD) monitoring, feedback and control. Simultaneously tests 12 HATS, 24 IPC-2221B D-type, 12 IST, or multiple custom designed coupon configurations. Automatic data analysis and report generation.
Conductor Analysis Technologies, www.cat-test.info