Industry News | 2011-11-20 13:30:54.0
VJ Electronix has been awarded a Global Technology Award in the category of Rework and Repair for its SRT Micra Rework Platform
Industry News | 2003-09-25 13:32:47.0
Reduce waste and cost.
Technical Library | 2015-02-12 13:32:52.0
Market forces, particularly legislation against the use of lead in electronics, have driven electronics manufacturers towards lead-free solders for PCB assembly and rework. This approach creates challenges because of the relatively high temperatures needed for lead-free soldering. Additionally, lead-free solder alloys typically do not wet or wick as easily as Sn63Pb37 leaded types. As PCBs often include both BGAs and simpler discrete devices, a lead-free rework capability should include a suitable soldering station and a BGA rework station. This article shows how such equipment can be adapted to overcome the lead-free issues and provide a successful reworking facility.
New Equipment | Rework & Repair Equipment
PDR E3M Rework System for Micro SMD Rework is made of only the finest materials and components for Micro- BGA Rework, 0201 Rework, CSP Rework, uBGA Rework, LED Rework, area Array Rework, and similar micro applications. Combining PDR's ThermoActive s
Industry News | 2007-11-27 12:01:32.0
FINETECH application packages offered for FINEPLACER� rework systems provide an easy way to enhance the machine�s scope of application. These packages include custom-tailored modules and tools to ensure perfect results for special rework applications.
Industry News | 2011-09-19 16:15:53.0
VJ Electronix will exhibit the new SRT Micra Rework Platform in Booth #232 at the upcoming SMTA International Conference & Exhibition.
Industry Directory | Manufacturer
Founded in 1978, Asemco was established to provide manufacturing solutions to companies looking for a level of personalized service, quality and agility that is not available from larger EMS providers
The Sniper III is the latest in BGA and Micro BGA Rework system design. With On-Board control and powerful computer profile generation, including data logging. The system also includes a Thermalcouple Bank to develop the rework profile and monitor th
Technical Library | 2014-04-11 16:03:15.0
In order to meet the increasing demand of device miniaturization, high speed, more memory, more function, low cost, and more flexibility in device design and manufacturing chain, underfilling has increasingly become an essential process for the good reliability of electronic devices. Filled capillary underfill has been selected for use in package-level where there is large thermal stress caused by CTE mismatch issue, but the underfill is usually not reworkable. Unfilled capillary underfill has been used for board-level application such as BGA/CSP, POP, WL-CSP where there is need for mechanical shock resistance, the underfill is usually reworkable.
Technical Library | 2016-01-12 11:09:47.0
In order to meet the increasing demand of device miniaturization, high speed, more memory, more function, low cost, and more flexibility in device design and manufacturing chain, underfilling has increasingly become an essential process for the good reliability of electronic devices. Filled capillary underfill has been selected for used in package-level where there is large thermal stress caused by CTE mismatch issue, but the underfill is usually not reworkable. Unfilled capillary underfill has been used for board-level application such as BGA/CSP, POP, WL-CSP where there is need for mechanical shock resistance, the underfill is usually reworkable.
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