1.Description    

      This is a smart, high-precision coating thickness gauge launched by German company Nix. With its flexible, detachable probe, it can be used as a split-type or integrated-type device. Additionally, by swapping probes, it can accommodate various measurement requirements, store data, and wirelessly transmit information to a computer. The probe can be directly connected to the main unit for integrated measurement or connected via a probe cable for split-type measurement. Split-type measurement is simple to operate and significantly reduces errors caused by misoperation.

The German Nix QNix 8500 coating thickness gauge has a universal main unit, with probes divided into magnetic probes (Fe iron-based), eddy current probes (NFe non-iron-based), and dual-purpose probes (Fe/NFe dual-purpose probes). The measurement ranges of the probes are 0-2mm and 0-5mm. Users should select the appropriate probe based on their needs when purchasing the product:
1. Options include standard integrated probes, wired split probes, and wireless split probes (supporting USB wireless bidirectional transmission)
2. Options include Fe iron-based, NFe non-iron-based, and Fe/NFe dual-purpose probes
3. Probe measurement ranges are available in 0-2000 μm or 0-5000 μm.

Additionally, it features the following characteristics:
* Innovative design for easy one-handed operation; durable housing suitable for field use
* Modular plug-in probe with safety lock
* Only requires zeroing, no calibration needed; simple user interface; customizable interface according to user needs
* User-friendly menu and intuitive button layout; flexible arrow keys
* Dual-color LED LCD display with backlight
* Measurement programs, data transmission, and adjustable tolerance ranges
* High-resolution graphical analysis functionality and high-precision data value reading
* Language selection via menu: Chinese or English
* Compatible with thin-film probes for precise measurement of extremely thin coatings, with an error margin of less than ±3 μm

2.Technical Parameter.