185 Objective Lens 60X Biological Microscope Achromatic Objective Lens RMS Thread for Chemical and Physical

Description

185 Objective Lens 60X Biological Microscope Achromatic Objective Lens RMS Thread for Chemical and PhysicalBrass and Aluminum Alloy: Microscope achromatic objective lens is made of brass and aluminum alloy, fine workmanship, anti and anti drop, exquisite and , chrome plated shell. Biological Application: Microscope achromatic objectives can be used to study the behavior of organisms in different environments, such as the movement of cells, morphological changes of membranes, etc. Standard RMS Size: 60X achromatic objective lens thread interface size is international standard RMS size, most professional biological microscopes can be used.Specification: Item Type: 185 Objective Lens Material: Brass, stainless steel, optical glass Use: Widely used, threaded interface size for the international standard RMS size, most of the professional biological microscopes on the market can be used Specification: 60X How to Use: Installed in the corresponding equipment and then can be used. Package Contain: 1 Achromatic Objective Lens 1 Storage Canister

Brass and Aluminum Alloy: Microscope achromatic objective lens is made of brass and aluminum alloy, fine workmanship, anti and anti drop, exquisite and , chrome plated shell. Biological Application: Microscope achromatic objectives can be used to study the behavior of organisms in different environments, such as the movement of cells, morphological changes of membranes, etc. Standard RMS Size: 60X achromatic objective lens thread interface size is international standard RMS size, most professional biological microscopes can be used. High Refractive Index: The lens of achromatic objective lens is made of high coating, optical lens, high refractive index, brighter imaging. Manufacturing and Materials Science Usage: Microscope achromatic objective lens can detect the structure of materials and help research in the field of materials science and engineering. It can observe the structure and composition of fibers, steel, ceramics and other substances, which helps manufacturing industry to detect and improve.