Achromatic Microscope Objective for Compound Microscopes High Magnification Power Spring Oil Lens with Standard NA DIN Standard Mounting Thread

Achromatic Microscope Objective for Compound Microscopes High Magnification Power Spring Oil Lens with Standard NA DIN Standard Mounting Thread Description

Elevate your microscopic exploration with our Achromatic Microscope Objective set, specially engineered for compound microscopes. This premium set includes six precision-crafted all-steel lenses offering adjustable magnifications: 4X, 10X, 20X, 40X, 60X, and 100X. Designed with a standard RMS 20.2mm interface, each lens ensures universal compatibility across leading microscope brands. The achromatic design minimizes chromatic aberration while maintaining clarity and sharpness. Each objective features a protective spring-loaded mechanism to safeguard slides and enhance durability. Whether you're in research, education, or personal study, this kit provides the clarity and flexibility needed for advanced microscopic analysis. Every lens is housed in an individual plastic case for safe storage and transport. High Magnification Power : Our microscope objective lenses deliver exceptional magnification, allowing detailed observation at multiple levels including 4X, 10X, 20X, 40X, 60X and 100X, making it ideal for both educational and professional use. DIN Standard Design : These objectives are crafted to meet the strict DIN standard specifications, ensuring compatibility with most compound microscopes and providing accurate optical alignment for precise imaging. Spring Loaded Protection : Featuring a spring-loaded mechanism, these lenses protect both the specimen and the lens from damage during observation, automatically retracting when pressure is applied. Precision Mounting Thread : Each lens comes equipped with a standard RMS interface of 20.2mm thread size, guaranteeing seamless integration with your existing microscope setup without additional adapters. Superior Light Transmittance : Coated optics ensure high light transmittance and refractive index, producing bright, clear images even under low-light conditions, enhancing overall image quality.