Elevate your microscopy experience with our Trinocular Stereo Inner Thread Adapter, meticulously designed to enhance compatibility and performance with your trinocular stereo microscope. This camera adapter ring ensures seamless lens transfers and provides exceptional functionality for professional and educational settings. Explore the key features that set this product apart: Feature: This adapter facilitates the connection between a 38mm outer diameter and a 27.2mm inner diameter, making it ideal for trinocular stereo microscope lens transfers. It meets the precise requirements of various microscopy applications, ensuring smooth and efficient operation. Parameter: Crafted with precision, the adapter boasts an outer diameter of 38mm and an inner diameter of 27.2mm. It is characterized by exquisite workmanship, offering stable and reliable performance with a long service life, making it a valuable addition to your microscopy tools. Durable Material: Constructed from high-quality hard aluminum alloy, this adapter is designed for durability and stability. It resists deformation and wear, ensuring a long lifespan even under frequent use, providing a dependable solution for your microscopy needs. Ideal Replacement: With a professional and practical design, this adapter not only delivers functionality but also sports a sleek appearance. It is lightweight and easy to carry, making it an excellent replacement for broken or outdated adapters, ensuring uninterrupted workflow. Application: Widely applicable, this trinocular stereo inner thread adapter is perfect for use in laboratories, schools, and by teachers for sample observation and eyepiece protection. It is a versatile tool that enhances the capabilities of your microscope across various educational and professional environments. Upgrade your microscopy setup with our Trinocular Stereo Inner Thread Adapter, designed to offer unmatched durability, precision, and versatility. Whether for enhancing laboratory efficiency or supporting educational endeavors, this adapter ensures optimal performance and reliability.