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| Industry Press |
March 28, 2023
Circuit Technology Center Announces Series of CircuitMedic Circuit FramesHaverhill, MA USA - Circuit Technology Center announces the release of a new series of CircuitMedic brand Circuit Frames. Circuit Frames contain replacement circuit patterns, lands, SMT pads, BGA pads, and gold edge contacts used for the repair of damaged printed circuit boards. The new designs include the most popular patterns grouped into finely curated assortments, ensuring maximum usage and reduced waste. Plating options include bright tin, tin-lead, and nickel-gold. Circuit Frames are available with a unique dry-film adhesive backing, making the replacement of damaged pads and circuits quick and reliable. "We analyzed the circuit patterns sold over the past several years and are thrilled to announce these new, reconfigured designs," said Andy Price, Sales Manager. "CircuitMedic Circuit Frames have been used to repair damaged circuit boards to the highest IPC standards for over 30 years by thousands of commercial, medical, and military manufacturers around the globe." The full list and detailed description of available Circuit Frames can be found on the CircuitMedic website: https://www.circuitmedic.com/products/circuitframes.html ########## Circuit Technology Center, founded in 1979, continues to be recognized as the most innovative and reliable specialist in circuit board damage repair, rework, BGA re-balling, and component tinning services in the world. For more information, please visit: www.circuitrework.com. Phone: 978-374-5000, Fax: 978-372-5700, Web: www.circuitrework.com. Circuit Technology Center More Information March 17, 2026 IPC Launches Development of New Standard: IPC-7712 Component Safe Removal Industry experts from across the electronics manufacturing sector will meet this week to continue formal development work on a new IPC standard titled IPC 7712 ... February 24, 2026 White Paper Explores Cold Precision Milling for Underfilled BGA Removal Circuit Technology Center, Inc. has released a technical white paper: Cold Precision Milling for Underfilled BGA Component Removal. Available at www.circuitrework.com ... October 7, 2025 Circuit Technology Center Expands Robotic Tinning Capacity Circuit Technology Center, Inc. is pleased to announce the addition of two new Hentec/RPS Odyssey 1325 robotic hot solder dip component lead tinning machines to ... September 18, 2024 Circuit Technology Center Announces Expanded Tinning Services Capacity Circuit Technology Center announces it has expanded its electronic component tinning services capacity. Four (4) Hentec-Odyssey 1325 robotic hot solder dip machines ... November 14, 2023 Circuit Technology Center Announces New Component Trim and Form Service Circuit Technology Center announces it has added the capability to trim and form electronic component packages to customers' exact pre-assembly specifications. ... October 10, 2023 New Technical Paper Unveils Key Strategies for Successful BGA Rework Circuit Technology Center has released a new technical paper highlighting six common mistakes encountered during BGA rework operations. This new paper offers valuable ... July 14, 2023 Whitepaper Discusses Critical Process Steps for BGA Device Re-balling The re-balling of BGA components from lead-free to tin-lead solder is a critical requirement by some high-reliability customer applications due to tin-whisker ... June 8, 2023 CircuitMedic Unveils the Ultimate Tool Set for Electronics Techs CircuitMedic has assembled the ultimate benchtop tool set for serious electronics technicians and professionals. This curated selection of nine finely-crafted tools ... March 28, 2023 Circuit Technology Center Announces Series of CircuitMedic Circuit Frames Circuit Technology Center announces the release of a new series of CircuitMedic brand Circuit Frames. Circuit Frames contain replacement circuit patterns, lands, SMT ... March 1, 2023 White Paper: Considerations for Electronic Component Tin Whisker Mitigation The phenomenon of tin whiskers in printed circuit board assembly is a failure mechanism associated with electronic devices that use lead-free solder alloys containing ... |
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