FL-BC2528-VGUV

• Optimize optical design to improve imaging quality

Use high-purity quartz glass to effectively reduce optical distortion and ensure consistent high-resolution imaging from the center to the edge of the screen.

Special coating technology minimizes stray light interference, improves imaging contrast, and makes tiny features clearly visible.

• Excellent UV transmission capability

The transmission range covers 230nm to 365nm, which can clearly capture the details of the target under the near-ultraviolet spectrum.

Achieve the best imaging effect at a wavelength of 365nm, suitable for a variety of UV detection applications.

• Precisely match UV lighting to enhance microscopic detection capabilities

Working with UV transmission filters and UV lighting systems, it can enhance the detection capabilities of tiny concave and convex surfaces.

Suitable for laser engraving, semiconductor wafers, and precision device detection, it can capture fine structures and textures that are difficult to present with conventional visible light.

• Special ink and invisible mark detection

By optimizing the response to UV light, it can efficiently image invisible inks, anti-counterfeiting printing, and fluorescent markings.

Suitable for professional application scenarios such as bill anti-counterfeiting, document security detection, and packaging traceability.

Precision machining and micro nano manufacturing

• UV laser processing monitoring: In conjunction with UV lasers (such as 355 nm wavelength), real-time observation of the heat affected zone or deformation during micro processing (etching, drilling).
• 3D printing tomography detection: utilizing the high resolution of ultraviolet light to detect the accuracy of printed structures layer by layer, avoiding interlayer misalignment or insufficient material curing.

Environmental and Biological Testing

• Trace analysis of pollutants: UV spectroscopy technology is used for detecting organic compounds (such as benzene derivatives and microorganisms) in water or air, with sensitivity up to ppb level.
• Biological microscopy imaging: UV light induces spontaneous fluorescence in cells or tissues, assisting pathological analysis or genetic research, and allows for the observation of specific structures without the need for staining.

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.