NORTH BILLERICA BTU Worldwide, Inc., a number one provider of superior thermal processing gear for the electronics manufacturing market, introduced the discharge of its latest reflow oven platform. Aurora is main the way in which to the manufacturing facility of the longer term by seeing reflow in a brand new gentle.
Aurora, the most recent reflow oven platform, is designed based mostly on years of experience and management from BTU, the makers of the business’s finest performing reflow ovens. As the newest in a protracted line of world-class thermal methods, Aurora has high quality and innovation in its DNA.
“It has at all times been the aim of BTU Worldwide to allow our buyer’s success – and we’ve packed this new reflow oven platform with options that maximize thermal efficiency and productiveness whereas lowering upkeep and working prices,” stated Rob DiMatteo, basic supervisor of BTU Worldwide. “The Aurora was designed based mostly on our many many years of expertise in reflow with an eye fixed to the longer term.”
Aurora methods function a contemporary, absolutely up to date person interface, built-in Aqua Scrub™ flux administration expertise, progressive Good Energy vitality financial savings software program, and superior course of management applied sciences. Aurora’s mixture of superior thermal efficiency, course of flexibility, and imaginative and prescient for the longer term units the brand new commonplace for reflow ovens at this time – and for tomorrow.
This new reflow oven platform options the business’s first manufacturing facility configurable heating and cooling structure offering the pliability to customise your reflow oven for particular product/course of traits together with very heavy boards, sluggish cooling necessities, or elevated throughput. As well as, the Aurora reflow platform options BTU’s unique closed-loop convection management expertise that has been proven to take care of thermal efficiency even at considerably elevated belt speeds, offering larger productiveness, effectivity and throughput.
