The innovative solution for automated manufacturing processes
The eSlide sets new standards in automation: it opens and closes autonomously, enables safe, unrestricted and robot-assisted operation, boasts an unrivalled long service life and travels precisely to several defined positions – for the combined use of ICT, functional test (FCT), and flash programming applications..
All in one Can be integrated into a 19-inch test rack (valid only for the eSlide-MMIWK-A and eSlide-ME2WK-AX/ATS MA-11) or multiple stackable, it makes optimum use of the available space and ensures smooth processes depending on customer requirements. Fully compatible with our tried and tested MMI interchangeable cassettes and thanks to the ATXcompatibility technology - also partially compatible across different manufacturers, it offers maximum flexibility, efficiency, and a future-proof investment.
eSlide
General information
Technical data
– Contact force approx. 2000 N - integrable into 19" rack / stackable
– Designed for a component height of 50 mm
– Cassette transfer interface: 6 – 12 pylon blocks depending on the version (pylon blocks are not included)
- Quick, tool-free product change within the product family
Compatibilities
Various size options – compatible with ATX and other systems.
The eSlides form a compact, automated, electrically operated drawer system. Every version
is structurally engineered for a specific cassette type. Since every cassette has its own geometries, mounting points and guide dimensions, dedicated drawer systems are created that fit perfectly and function cleanly from an engineering perspective. Therefore, it is not a universal compact module, but rather precisely coordinated variants that open up defined combination possibilities – both within the ATX world and with cassette systems from other manufacturers. Thanks to the modular design, however, a common basic system is created that can be clearly scaled: a technical platform principle that covers different cassette types and contacting requirements and makes every test environment structurally expandable.