Productivity:
Fully automatic tester with highest throughput
Stability:
Single Shuttle system with tension and clamping function
Flexibility:
Supports automatic slip-sheet handling
Description
The fully automated A9aL, 8-head, double-sided, high-speed, high-accuracy flying probe test system features state-of-the-art technology.
The electrical test system enables to test of the latest ultra-fine designs while helping to reach industry-leading automation goals.
A9aL can test pad sizes down to 50 microns and is capable of testing products up to a size of 25” x 21” in automation and manual mode. The A9a eliminates limitations due to test point density or fine-pitch contacts and features embedded component test, 4-wire Kelvin measurement capability with an accuracy of +/- 0,025 mΩ +/- 2%, HiPOT, and latent testing.
Test speeds of up to 220 measurements/second in combination with a “lights-out” automated handling solution enable the test of larger production runs. A key feature of the A9aL is a universal tension and clamping shuttle system, which supports bended and flexible production panel test.
Key benefits
Pick and Place automation for products in final a product stage;
Capability to test production panel size up to 24" x 21" (660 x 610mm) in manual mode
Best price / performance ratio
Latest generation in advanced technology
8 ultra light carbon fiber test heads
Fully automatic “Lights-out” operation
High performance linear motion
Granit base for high accuracy and repeatability
Specifications
8 test heads
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Linear motor drives for X-; phi- and Z-axis
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Max. test area auto mode
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610 mm x 510 mm (24" x 20") |
Max. test area manual mode
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610 mm x 510 mm (24"x 20") |
Max. product size manual mode
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635 mm x 535 mm (25" x 21") |
Max. product size auto mode
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635 mm x 535 mm (25" x 21") |
Throughput up to
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20 production panel per hour (average 15.000 test points per panel) |
Options |
Barcode label, Pen Marking Unit for each individual image, automatic tension bar, automatic sucker unit |
Fully automated test system with loader and separation of good and bad boards