Microscope Eyepiece WF25X for 23.2mm Mount Port

Upgrade your microscope’s magnification and clarity with the WF25X Eyepiece, designed for microscopes using the standard 23.2mm mount port. This wide-field (WF) eyepiece provides enhanced viewing comfort, larger field coverage, and crisp image quality — making it ideal for detailed biological, clinical, and educational microscopy work.

With 25X magnification, this eyepiece allows closer inspection of fine structures such as cells, microorganisms, tissue sections, and prepared slides. It is compatible with most compound microscopes used in laboratories, schools, colleges, and research facilities.

Key Features

✔ High-Power 25X Magnification

Provides additional magnification for studying fine details at higher resolution.

✔ Wide Field (WF) Lens Design

Offers a broader viewing area compared to standard eyepieces, making observations easier and more comfortable.

✔ Standard 23.2mm Mount Port

Compatible with the majority of laboratory and educational microscopes using the universal 23.2mm eyepiece tube.

✔ Clear, High-Contrast Optics

Precision glass lenses deliver sharp, bright, and distortion-free images.

✔ Durable Metal & Optical Glass Construction

Built for long-lasting performance in demanding lab environments.

Specifications

• Model: WF25X Microscope Eyepiece

• Magnification: 25X

• Field Type: Wide Field (WF)

• Mount Diameter: 23.2mm standard port

• Lens Material: High-quality optical glass

• Body Material: Durable metal housing

• Compatibility: Biological, compound, and student microscopes with a 23.2mm eyepiece tube

Applications

• Cell and tissue observation

• Microbiology and bacteriology

• Clinical laboratory analysis

• Educational and teaching microscopes

• Slide examination and detailed microscopy work

Why Choose This WF25X Eyepiece?

This WF25X eyepiece enhances image detail and expands your microscope’s capabilities. With its wide-field design and precision optics, it is a perfect upgrade for students, researchers, lab technicians, and educators seeking clearer, high-magnification results.