THORLABS INC LF1097-A

The LF1544-A is a negative meniscus lens with a 350-700 nm arc and a 400 mm focal length, manufactured by THORLABS INC. This lens is designed to provide precise optical performance and accurate focusing. With its high-quality materials and advanced design, it ensures minimal aberrations and clear imaging. Ideal for various optical systems, this lens enhances imaging quality and delivers exceptional optical performance.

The AC254-500-A is an achromatic doublet lens with a 400-700nm arc and a 500mm focal length, manufactured by THORLABS INC. This lens is designed to provide precise optical performance and accurate focusing. With its high-quality materials and advanced design, it ensures minimal aberrations and clear imaging. Ideal for various optical systems, this lens enhances imaging quality and delivers exceptional optical performance.

The AC254-400-A is an achromatic doublet lens with a 400-700nm arc and a 400mm focal length, manufactured by THORLABS INC. This lens is designed to provide precise optical performance and accurate focusing. With its high-quality materials and advanced design, it ensures minimal aberrations and clear imaging. Ideal for various optical systems, this lens enhances imaging quality and delivers exceptional optical performance.

The LF1015-A is a negative meniscus lens with a 350-700 nm wavelength range, manufactured by THORLABS INC. This lens is designed to provide precise optical performance and accurate focusing. With its high-quality materials and advanced design, it ensures minimal aberrations and clear imaging. Ideal for various optical systems, this lens enhances imaging quality and delivers exceptional optical performance.

The LD4103 is a UV fused silica bi-concave lens with a 100mm focal length, manufactured by THORLABS INC. This lens is designed to provide precise and accurate light focusing in UV applications. With its high-quality fused silica material, it ensures minimal aberrations and precise light transmission. Ideal for UV imaging and laser applications, this lens delivers exceptional optical performance and reliable light focusing.

The Lens, Negative Meniscus, 350-700 nm ARC, 100 mm (Part Number: LF1822-A) manufactured by THORLABS INC is a high-quality lens for precise light focusing and collimation. With a negative meniscus design and a spectral range of 350-700 nm, this lens ensures excellent optical performance. Its durable construction and advanced coating technology make it suitable for various optical applications. Achieve precise light manipulation with this high-performance lens.

The LBF254-200-C is a best-form lens with a focal length of 200 mm and an ARC coating for a wavelength range of 1050-1700 nm, manufactured by THORLABS INC. This lens is designed for precise focusing and imaging applications. Its high-quality construction ensures excellent image quality. Trust the LBF254-200-C for accurate and efficient optical performance.

The 8375-02 probe positioning cartridge from ABBOTT TECHNOLOGIES offers precise and reliable positioning control for enhanced system accuracy and efficiency. With high-quality construction and advanced features, this cartridge is ideal for various industrial and scientific applications, ensuring accurate and repeatable positioning performance.

The 6809645 is an electromechanical sensor for high concentration ammonia detection in ambient air. With a fast response time of 30 seconds and a sensing range of 0-1000 ppm, this sensor ensures accurate and reliable measurement. Designed for use with the DRAGER POLYTRON 7000 gas detector, it offers precise monitoring of high ammonia levels. The 10-pin plug allows for easy installation and connection.

The 6809680 is a sensor for low-range ammonia detection. With a three-electrode design and a lower detection limit of 5 ppm, this sensor provides accurate and reliable measurement. It is used in conjunction with DRAGER transmitters for comprehensive ammonia monitoring. Ideal for applications requiring low-range detection, this sensor ensures precise and efficient gas monitoring.