Seica S.p.A. attends the productronica 2017 exhibition with many novelties in preview. New products will complement some restylings of solutions presented in the past, almost completely renewing the portfolio of Seica proposals, enhancing the level of technology applied to testing of electronic boards and equipments.
The world of industrial production is entering a historical moment of major change that incorporates and customizes the concept of the Internet of Things, which is tailored to the reality of the smart factory. To help with the implementation, Seica has developed an industrial monitoring system for the electronics industry that facilitates the collection, interpretation,
The laser is based on a phenomenon discovered during the past century, and laser technology became real and concrete at the beginning of the 1960s. In less than 50 years, it has become the basis for numerous applications that today have reached high levels of sophistication, including the laser soldering of electronics.
Seica will be showcasing the new Factory DashBoard solution at the SMT exhibition. The solution has been conceived with a special focus towards energy saving requirements and predictive monitoring of events, in compliance with the principles of Industry 4.0. All systems on the booth will integrate Seica’s industrial monitoring hardware, and visitors will be able
Seica exhibited at the APEX show held in San Diego this year showing expanding lines of test and assembly equipment.The automated Pilot4DV8 was showcased fully automated in a batch line environment. The automated solution demonstrated a magazine and conveyance solution that allows customers to load different board part numbers for automated testing. Industrial automation software was
The laser is based on a phenomenon discovered during the past century, and laser technology became real and concrete at the beginning of the 1960s. In less than 50 years, it has become the basis for numerous applications that today have reached high levels of sophistication, including the laser soldering of electronics. Laser background By
Today’s electronic circuit-board technology is posing a big challenge to in-circuit test techniques because of the disappearance of access. As a result, a shift from bed-of-nail to flying-probe equipment is ongoing. While the main drives for this shift are consumer products for the exploding Internet of Things market, manufacturers of high-performance professional products are also
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