ITM Marketing, www.itmconsulting.org
S3X58-M650 solder paste is an ICT testable, halogen-free SAC 305 alloy. Properties include low voiding, high print speeds, and fine-pitch (µBGA, 0.4 mm pitch) capability.
S3X70-M407 Pb-free no-clean solder paste for ultra-fine-pitch applications uses a Type 5 powder; has been formulated for 0.2 mm pitch (µBGA) devices and 01005 components. Is said to wet in air environments and is low voiding.
Koki Co. Ltd., www.ko-ki.co.jp
GoWave 1030 wave soldering system is for low-volume production for both leaded and Pb-free applications. Is for soldering small- or medium-sizes batches. Now features a longer reflection tunnel over both the preheat area and the solder pot. Has been redesigned as one unit. Features a new spray flux nozzle with HVLP technology. Has a PCS 707 touchscreen controller and USB interface. Service points for the fluxer and compressed air are now located directly at the inlet section of the machine. Features a new switch cabinet and updated pump motor, as well as a redesigned exhaust area and conveyor.
Seho Systems, www.sehona.com
SolAg solar cell conductive adhesives and inks reportedly deliver efficient, long-lasting solar power. Are said to be superior in damp heat and thermal cycle aging. Deliver low, stable electrical contact resistance for silver grid buss lines, ribbon attachment and metal wrap-through in CIGS, amorphous silicon and similar thin film platforms.
Engineered Conductive Materials, www.conductives.com
Krayden Inc., www.krayden.com
Dual Lane Reflow Oven provides high- and low-volume SMT soldering in one reflow unit. Features flexible production in parallel and is compatible for both Pb-free and leaded SMT. Reportedly reduces floor space 47% compared to traditional dual-lane production lines. Contains two independent conveyor lanes and two heating areas. Has 18 independently programmable heating zones, with both top and bottom side heating areas. Conveyor speeds and widths are independently controlled and adjustable.
SEHO Systems GmbH, www.sehona.com