Introducing our latest innovation in biochemical analysis technology - bandpass filters for biochemical analyzers. These filters are designed to improve the performance and accuracy of biochemistry analyzers, ensuring precise and reliable results for a variety of applications.

These bandpass filters are made from high-quality fused silica and are designed to provide excellent optical performance. With a surface quality of 60-40 and a surface flatness of less than 1 Lambda at 632.8 nm, these filters provide exceptional clarity and precision to accurately transmit the specific wavelengths required for biochemical analysis.

Bandpass filters for biochemistry analyzers feature over 90% clear aperture, ensuring maximum light transmission and minimizing any potential signal loss. The center band is accurately set at 1050nm/1058/1064nm±0.5, and the half bandwidth is 4nm±0.5, which can selectively pass the target wavelength while effectively blocking unwanted light.

With a passband transmittance of over 90% and a blocking capacity of OD5@400-1100nm, these filters provide excellent signal-to-noise ratio and provide clear and reliable data for biochemical analysis. The transition band (10%-90%) is kept to a minimum of ≤2nm, ensuring a smooth and precise transition between the passband and blocking region.

The bandpass filter for biochemical analyzers is designed for easy integration, with a central incident angle of 3.7° and a designed incidence range of 1.5°-5.9°, which can be installed flexibly and efficiently in biochemical analyzer systems. In addition, the protective chamfer of <0.3*45° ensures safe operation and installation, protecting the filter from potential damage.

Whether used for fluorescence analysis, Raman spectroscopy, or other biochemical applications, these bandpass filters are designed to meet the rigorous requirements of biochemical analysis, giving researchers and technicians the confidence and accuracy they need to work.

In summary, our biochemistry analyzer bandpass filters are ideal for enhancing biochemistry analyzer performance, with superior optical properties, precise wavelength control and reliable blocking capabilities. With their advanced design and superior quality, these filters will raise the bar for biochemical analysis, allowing researchers and technicians to achieve breakthrough results with confidence and precision.

The 1550nm bandpass filter for pulsed phase-shifted LiDAR rangefinders. This filter is designed to improve the performance and accuracy of lidar systems, making them an important component in a wide range of applications such as robotics, surveying and more.

The 1550nm bandpass filter is built on HWB850 substrate, which is known for its excellent optical properties and durability. The substrate is then coated with a specialized 1550nm bandpass filter that allows only a specific range of wavelengths centered around 1550nm to pass while blocking unwanted light. This precise filtering capability is critical for lidar systems as it helps accurately detect and measure distances to objects, even in challenging environmental conditions.

One of the key advantages of our 1550nm bandpass filter is its ability to improve the performance of pulsed phase-shift lidar rangefinders. By effectively filtering out ambient light and noise, this filter enables LiDAR systems to produce highly accurate and reliable distance measurements even over long ranges. This is especially important for applications where accuracy and consistency are critical, such as autonomous navigation and 3D mapping.

Additionally, our bandpass filters are designed to withstand the rigors of real-world use, offering excellent resistance to environmental factors such as temperature changes, humidity, and mechanical stress. This ensures that the filter maintains its optical properties and performance over an extended service life, making it a reliable and cost-effective solution for LiDAR applications.

In addition to technical capabilities, the 1550nm bandpass filters are highly customizable to meet specific application requirements. Whether it is fine-tuning the passband width, optimizing the filter's transmission characteristics, or adapting it to different form factors, our team can work closely with customers to customize the filter to their specific needs.

Overall, our 1550nm bandpass filters represent a significant advancement in LiDAR technology, providing unparalleled accuracy, reliability and versatility. With its rugged construction, superior filtration performance and customizable options, it promises to enhance the capabilities of lidar systems across industries, opening up new possibilities for innovation and efficiency.

Experience the difference our 1550nm bandpass filters make in your LiDAR applications and take your precision measurement and sensing capabilities to the next level.