APT-2400F

The APT-2400F series is a high-performance ICT flying probe test system with moveable arms from top side. It offers precise contact on extremely small areas on miniaturized printed circuit boards and enables testing in a short amount of time. With an advanced measurement system and a wide range of test functions, it significantly improves test coverage and helps detect a variety of defects and perform failure analysis that was previously difficult to identify. Various models are available for large PCBs and automated testing.

Intended for: reliable testing that meets most modern manufacturing requirements.

Category	ICT flying probe
Our solution	Electrical and functional testing
Supplier	Takaya

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Key parameters

Inline or offline configuration
moveable arms from the top
4 angled probes, 2 vertical probes, and 2 IC open probes
3 fixed probes on magnetic mounts from the bottom
Test area size 540 x 483 mm (standard) or 635 x 610 mm (SL version)
Test time: 0.05–0.06 sec. per test step
Contact pad size: 50 µm
Repeatability accuracy: ±25 µm
Max component height: 60 mm from the top, 120 mm from the bottom

Key benefits

Zero-impact contact—the final contact phase relies solely on spring force
New high-resolution camera – autofocus, character recognition, AOI functions
Remote-access camera – options for monitoring board insertion and recording footage in the event of a collision
Industrial design – option to reposition the monitor
LED check – LED parameter verification
Temperature sensor – measurement compensation based on
Temperature Sensor – Temperature-Dependent Measurement Compensation
Automatic probe cleaning – maximum probe utilization
IC Open Calibration
Custom Software for Program Development
3D Map Generation for Better Orientation During Testing

FAQ

Who is flying probe technology intended for?

Flying probe testing is designed for flexible PCB testing without the need to manufacture a fixture for a specific model. It is the ideal choice for high-mix, low-volume production, prototyping, and even larger production batches without pressure on ICT test time.

How do I program a Takaya flying probe?

To generate a program, you need CAD (ODB++) data and a BOM (Bill of Materials) list of components. Using Takaya’s Fasttrack software, you generate the program’s basis, which is then fine-tuned on the machine. AI modules built into Fasttrack now assist with the program preparation.

What sets the Takaya flying probe tester apart from other machines?

Takaya is characterized by extreme precision and reliability in both electrical and mechanical parameters. The machines are designed for continuous operation with minimal downtime.
The APT-2600FD is the newer and faster successor to the previous APT 1400F series.