Removal and replacement of surface mount and through hole components is one of the most common rework processes performed on assembled circuit boards. Although commonplace and sometimes routine, today's component packages and board features present an array of difficult component rework challenges.
We have over 100 pieces of equipment from Pace, Metcal and OK Industries, Air-Vac, and Electrovert to meet most any surface mount, BGA, and through hole component rework need. Our trained and qualified technicians are ready to tackle your toughest rework projects.
We have the best equipment available to meet most any surface mount, BGA, and through hole component rework need. Our trained and qualified technicians are ready to tackle your toughest rework projects.
Surface Mount Component Rework
We use a mix of convection and conduction techniques for surface mount component removal. Many factors are considered, but normally conduction methods are used to remove smaller components.
Convection techniques are commonly used to remove larger, more sensitive components. Point to point soldering methods are normally used to replace surface mount components.
Through Hole Component Rework
We use vacuum desoldering systems for small through hole removal projects. We call upon our Electrovert Solder Fountain Systems for demanding multi-lead rework projects. These systems take great skill and experience to operate, but for high pin count through hole component rework, these workhorses can't be beat for reliability and efficiency.
We can salvage most components for reuse.
Related Guide Procedures
8.0 Component Rework Procedures
List of component removal and rewok procedures including removal of through hole components, removal of chip components, removal of J lead components and removal of gull wing components.
Service terms, prices, and delivery information covering our circuit board repair and rework services.
Customer Comments "We were certain the circuit board we sent to you were beyond repair, but we sent them anyway. They came back, we tested them, and they all functioned perfectly. Job well done!" A.Z. Guadalupe, Mexico