Industry News | 2018-12-18 20:31:59.0
As PCB manufacturers continue to implement automation into high-mix environments, ensuring the wave soldering process has maximum performance flexibility is critical. To meet that challenge, Electrovert is introducing the DwellFlex 4.0 variable contact wave solder nozzle.
Industry News | 2020-04-14 18:49:39.0
EAE, the Electronic Assembly Equipment division of ITW is the proud recipient of an IPC APEX 2020 New Product Innovation (NPI) Award. The award recognizes the Electrovert DwellFlex 4.0 wave solder nozzle.
Industry News | 2020-08-28 03:07:38.0
ITW EAE is proud to announce that it has earned two Vision Awards for innovative MPM and Electrovert technology developments. MPM received a Vision Award for a new paste monitoring system featuring temperature monitoring as well as upper and lower limit roll-height monitoring. Electrovert received a Vision Award for the new DwellFlex 4.0 variable contact wave solder nozzle. The awards were presented at NEPCON Asia.
DescriptionThe Electrovert® Electra™ is an advanced, meticulously engineered wave soldering system designed for high-mass and high-volume manufacturers. Although intended for maximum throughput requirements, the Electra also offers maximum process fl
Technical Library | 2023-09-16 06:04:19.0
Off-line selective wave soldering machines are the best way to solder complex PCBs. They allow you to solder only the components that need to be soldered, saving time and material.
Events Calendar | Thu Apr 08 00:00:00 EDT 2021 - Thu Apr 08 00:00:00 EDT 2021 | ,
Great Lakes Chapter Meeting: Flexible Wave Solder Processes and Optimization
Used SMT Equipment | Soldering - Wave
Operating System: Windows based Details: • Dual pot-Lead and Lead Free • Includes full pot of Lead Free –SN100C solder and Lead SN63/PB37 solder • Carbon Steel Solder pots with high temperature protective coating • A
Industry News | 2022-11-21 15:50:26.0
ITW EAE is releasing a new feature for the Electrovert Wave Soldering machines that provides automatic adjustment of the laminar wave flow to match the board velocity. To fully optimize the flow dynamics of the laminar wave, the velocity of the PCB needs to equal the flow of the solder over the weir of the exit wing. When the wave flow is fully optimized, the PCB 'peels' away from the solder which minimizes the opportunity for bridging defects to occur.
