Aixun AX-UV UV Lamp with Cooling Fan
Aixun AX-UV UV Lamp with Cooling Fan
- Brand Aixun
- Packaging Retail
- Manufacturer Ref AX-UV
- SKU AX-UVL-AVVDR
- EAN Code 3667075167464
- Warranty N/A
In stock
AiXun AX-UV Intelligent UV Curing Lamp with Fan
Description
The AiXun AX-UV is a high-end portable drying station designed for the most demanding micro-soldering operations. This compact 2-in-1 tool integrates a 5W UV light source and a high-velocity cooling fan (12,000 rpm). It allows for instant curing of protective varnishes (Solder Mask) after track reconstruction or component reballing, while ensuring the extraction of harmful flux fumes. Its CNC aluminum alloy chassis ensures industrial robustness and optimal heat dissipation for power LEDs.
The major innovation of the AX-UV lies in its intelligent detection system. Equipped with an infrared proximity sensor and an OLED screen, the lamp activates automatically as soon as it detects the motherboard surface. This function ensures maximum eye safety by avoiding accidental activation towards the user and helps save energy. The integrated fan not only sucks fumes, but also quickly stabilizes the temperature of BGA components after intense heating, thus preventing collateral thermal damage to adjacent chips.
Technical Specifications
- Manufacturer Reference: AiXun AX-UV
- Technology/Material: UV LED 5W / CNC Aluminum Chassis
- Fan Speed: 12,000 RPM
- Display: 0.96-inch OLED Screen (Drying Time / Status)
- Flash Drying: Full curing in 3 seconds
- Safety: IR Proximity Sensor (Auto-On/Off)
- Power Supply: USB-C / 5V
Workshop Tips & Usage
For a professional result, use the OLED screen to monitor the drying cycle: 3 to 5 seconds are generally sufficient for a standard layer of solder mask. Thanks to the 12,000 RPM fan, feel free to use the AX-UV as a permanent fume extractor during your soldering phases under a microscope, by placing it on the side of your work area. The cooling function is also crucial to "freeze" tin balls after reballing before handling the motherboard, thus avoiding displacement of components still in liquid phase.
In stock