Explore Cambridge/leo® Angled Quartz Light Pipes - Today Only [3ev8IBrD]

Explore Cambridge/leo® Angled Quartz Light Pipes - Today Only [3ev8IBrD]

Discover the superior quality and efficiency of Explore Cambridge/leo® Angled Quartz Light Pipes - Today Only [3ev8IBrD], the ideal solution for connecting scintillators to photomultiplier tubes (PMTs). These light pipes are designed to maximize the transfer of photons, ensuring optimal detection performance. With options in both optical quality quartz and optical grade acrylic, these light pipes offer unparalleled performance and versatility.

Product Properties and Specifications

The Explore Cambridge/leo® Angled Quartz Light Pipes - Today Only [3ev8IBrD] feature direct coating of scintillator material onto the light pipe, which significantly improves signal quality. Available in reduced-tip models in acrylic and with a flange in JEOL(R) pipes, these light pipes are equipped with high voltage wire and corona ring for seamless integration. Our recoat service further enhances the longevity of your light pipes, offering repolishing and redeposition of the P47 phosphor for a fraction of the cost of a new unit.

• Optical Quality Materials: Quartz and acrylic options for optimal performance.
• Recoat Service: Extend the life of your light pipes with our professional recoat service.

Practical Uses and Benefits

Explore Cambridge/leo® Angled Quartz Light Pipes - Today Only [3ev8IBrD] are essential for a wide range of applications, from scientific research to industrial inspections. Their high signal transfer efficiency and durable construction make them ideal for use in medical imaging, particle physics, and security scanning. By improving detection capabilities, these light pipes contribute to more accurate results and efficient operations. Whether you're a researcher, engineer, or technician, the Explore Cambridge/leo® Angled Quartz Light Pipes - Today Only [3ev8IBrD] are your go-to choice for reliable and precise light transmission.

• Scientific Research: Enhance your experiments with superior light transmission.
• Industrial Applications: Improve efficiency and accuracy in various industrial processes.