FL-BC7838-VGUV

• Excellent UV transmission performance

The transmission band can reach 230nm, and it has the best imaging effect in the 365nm UV band.

Ensure that high-energy UV light penetrates the lens, improves imaging contrast, and is suitable for applications with high detail recognition requirements.

• High-definition resolution, no edge attenuation

Adopt optical quartz glass lenses and optimize the optical structure to avoid the resolution drop problem common in traditional lenses in the UV band.

Even at high-resolution imaging, it can still maintain clarity from center to edge to ensure accurate detection.

• Suitable for microscopic detection and special printing identification

With UV transmission filters and UV lighting equipment, it can effectively detect tiny concave and convex surfaces, invisible marks, special coatings, etc.

In the field of special ink printing detection, invisible patterns or security marks can be clearly imaged, which is suitable for anti-counterfeiting detection, PCB inspection, material analysis and other industries.

• Wide industrial applicability

Suitable for high-demand applications such as semiconductor detection, microelectronics detection, precision optical measurement, cultural relics restoration, and criminal investigation identification.

Suitable for various UV light source systems and can be used with a variety of industrial cameras.

1. Semiconductor and Electronic Manufacturing

Wafer defect detection: Ultraviolet light can penetrate thin layer materials (such as photoresist), identify sub micron level surface defects or pattern distortions, and improve chip yield.

Microcircuit detection: used for detecting the quality of PCB solder joints, hidden cracks or contamination of micro circuits. UV light can avoid visible light reflection interference and accurately locate defects.

Packaging material analysis: detect the uniformity or bubbles of the packaging adhesive layer, and enhance the imaging contrast of organic materials with high absorption rate of ultraviolet light.

2. Materials Science and Coating Testing

Fluorescent material analysis: Excitation of the fluorescent properties of composite materials or biological samples for chemical composition identification or pollutant identification (such as oil stains and residual chemicals).

Coating thickness and uniformity: The penetration ability of ultraviolet light on coatings (such as UV curing adhesives) can be monitored in real-time to ensure thickness consistency during the coating process.

Hardware installation guidance:

Guide customers to complete the installation of the camera, including mechanical fixation, line layout, interface connection, etc.

Software debugging:

• Provide installation support for camera drivers and software platforms.
• Assist in configuring parameters such as exposure, gain, frame rate, etc. to ensure the best effect of the camera in actual application.
• Interface with the customer's host computer software system to ensure smooth data acquisition and processing.