Multitest launches the next generation loader for test in carriers
Multitest is launching the first InCarrier Loader plus with the shipment to a major IDM with high volume production in Europe and Asia.
The InCarrier Loader plus is the new state-of-the art loading solution for test in carriers. It is designed to optimize the back-end process at high volume production sites. The InCarrier Loader plus supports device loading to carrier from standard back-end transport media in a most cost-efficient and productivity-oriented way.
Since Multitest introduced the InCarrier concept to leverage the advantages of strip handling for singulated packages, this process has been well-accepted in the market. Up to now more than 3 billion packages were tested on InCarrier set-ups. The customers fully benefit from the robust, high parallel test solution. The advantages are particularly recognized for large production lots, long test times and/or small packages.
The InCarrier Loader plus is minimizing cost of loading and increases throughput up to 16,000 units per hour depending on packages sizes. The InCarrier Loader plus has been optimized for smaller footprint and requires less space on the test floor. The InCarrier Loader plus is supporting standard back-end transport media – such as JEDEC trays and bulk – and can be smoothly integrated in state-of-the-art production flows and lines. On the test floor the InCarrier Loader plus / InStrip solution can be combined with standard final packaging equipment for tape & real, tube or tray output and fits therefore seamless into the production process.
Andreas Nagy, Senior Director Marketing commented: “Multitest was the first supplier who actually offered the test in carrier solution – the first Multitest InCarrier Loader / Unloader was launched as a dedicated loading and unloading tool. The InCarrier Loader plus leads this concept to the next level of overall productivity improvement. This gets achieved by significant loading cost reduction at the InCarrier Loader plus and the elimination of the additional unloading steps, because the trays with the tested devices will be processed directly by traditional final packaging equipment for high volume production.”