News
Munich, Germany, and Westford, MA – Zuken has signed an eight-year, $1.2 million contract with the Transportation Systems Group (TS) of Siemens. Zuken will provide an integrated, enterprise-wide PCB design environment for the group's Rail Automation Division.
After identifying the need for more advanced schematic and library software for PCB design, Siemens TS decided to implement Zuken’s CR-5000 design environment. It is already installed in sites in Braunschweig and Berlin.
Siemens TS is a leading supplier to the railways industry. The Rail Automation Division, based in Braunschweig, provides products and services from electrical interlockings and level crossing protection systems to power supply systems.
Hudson, NH – CeTaQ America has enhanced capability for testing live QFPs during Machine Capability Analysis (MCA) testing.
“Rather than using dummy components, the ability to use the live QFPs brings MCA testing right up to the electronics manufacturer’s real-world manufacturing scenario,” Michael Sivigny, general manager, said in a statement. “This makes our testing methodology the most relevant and accurate that it can possibly be.”
MCA testing is a third party evaluation methodology that uses special vision algorithms, glass plates and components to measure Cp and Cpk indices on production equipment. All brands and models of SMT printers, dispensers, placement and semiconductor machines are validated. The goal is to verify that a machine is performing to the manufacturer’s original specifications, and make any necessary corrective adjustments if it is not.
In testing placement accuracy, for example, the actual fine pitch QFP components and various types of leaded devices can now be used. The pick-and-place machine places components on the test fixture marked with local reference points and fiducials. The components are analyzed against data from component data sheets. Measurements and statistical data are collected for calculating Cp and Cpk indices on side overhang, toe overhang and lead pitch, for example. These results can be used to feedback quality of incoming component material to component suppliers. The QFP components are not harmed during testing and can be returned to parts inventories for assembly after passing capability inspection.
“Rather than using dummy components, the ability to use the live QFPs brings MCA testing right up to the electronics manufacturer’s real-world manufacturing scenario,” Michael Sivigny, general manager, said in a statement. “This makes our testing methodology the most relevant and accurate that it can possibly be.”
MCA testing is a third party evaluation methodology that uses special vision algorithms, glass plates and components to measure Cp and Cpk indices on production equipment. All brands and models of SMT printers, dispensers, placement and semiconductor machines are validated. The goal is to verify that a machine is performing to the manufacturer’s original specifications, and make any necessary corrective adjustments if it is not.
In testing placement accuracy, for example, the actual fine pitch QFP components and various types of leaded devices can now be used. The pick-and-place machine places components on the test fixture marked with local reference points and fiducials. The components are analyzed against data from component data sheets. Measurements and statistical data are collected for calculating Cp and Cpk indices on side overhang, toe overhang and lead pitch, for example. These results can be used to feedback quality of incoming component material to component suppliers. The QFP components are not harmed during testing and can be returned to parts inventories for assembly after passing capability inspection.
ATLANTA -- Visiprise completed its merger with HMS Software, forming a manufacturing software environment provider with more than 270 employees and more than 200 customers.
To facilitate the transaction, Visiprise closed on over $30 million of new financing led by Investor Growth Capital and Westbury Partners. This financing also included participation from the company’s current investors.
Visiprise has re-organized into industry business units (IBUs), creating more focus around the company’s selected vertical markets – aerospace and defense, electronics, automotive and specialty vehicles, and medical devices.
Visiprise focused on high-volume, high-mix manufacturing environments with HMS Software adding low-volume asset and labor-intense manufacturing capability.
To facilitate the transaction, Visiprise closed on over $30 million of new financing led by Investor Growth Capital and Westbury Partners. This financing also included participation from the company’s current investors.
Visiprise has re-organized into industry business units (IBUs), creating more focus around the company’s selected vertical markets – aerospace and defense, electronics, automotive and specialty vehicles, and medical devices.
Visiprise focused on high-volume, high-mix manufacturing environments with HMS Software adding low-volume asset and labor-intense manufacturing capability.
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