Product Name: Battery Contacts and Electrical Contacts Used in Electronic Components Model NO.: ACE-7144 Customized: Customized Tolerances: 0.01mm Industry: metal Stamping Parts Process: Forming Process Fine Blanking: Open Surface Processing: Polishing Mould: Multistep Progressive Dies Material: Customized Processing Type: Shaping metal Type: Cold Stamping Item Name: Battery Contact;Electrical Contact Application: Electronic Components Mateial: Steel Quality Assurance: ISO 9001:2008 Quality Management Systems Trademark: ACE Transport Package: Standard Specification: CE RoHS Origin: China Product Description Our battery contacts can be customized to your projects specific needs. Made from materials as thin as 003" (.076 mm), our battery contacts are produced from beryllium copper, phosphor bronze, stainless steel and carbon steels. Visit our capabilities page to learn more about our spring clip fastener offerings.Atlantic Precision Spring is a custom manufacturer of battery contacts. Our battery contacts are commonly used in electronic components, including but not limited to:Medical testing equipmentComputer board applicationsPortable electronic devicesWe will take a design concept from prototype through production, utilizing modern techniques on a wide assortment of machines including fourslide, multi-slide, power press, and hydraulic presses. once the concept has been approved, engineering prototypes will be produced in our short run department.This allows the project to begin immediately, and reduces the time to market for production lots. Our team of dedicated engineers' goal is to get you the quickest turnover at the most cost-effective price.Our company is ISO 9001:2008 certified with procedures in place to optimize departmental processes. Quality Assurance is supported by networked Statistical Process Control "SPC" workstations to ensure the quality of the battery contacts and PC Board battery springs connectors. Also available are electronic sensors in the progressive dies and fourslide tools that are used to detect defects during the production of the battery contacts or electrical spring contacts.