Achromatic S100x/1.25 Oil Immersion Objective for FL‑100 & EcoBlue Microscopes

The Achromatic S100x/1.25 Oil Immersion Objective is a precision‑engineered lens designed for use with Novex/Euromex FL‑100 and EcoBlue microscope models. Offering powerful 100x magnification with exceptional clarity, this objective is ideal for high‑resolution biological and microbiological investigations.

Its achromatic optical correction reduces colour fringing and improves image sharpness across the viewing field, ensuring accurate and detailed observations. With a high 1.25 numerical aperture and oil‑immersion design, this objective maximises light transmission, making it perfectly suited for viewing bacteria, blood cells, and other fine structures.

Durable, reliable, and compatible with both FL‑100 and EcoBlue series microscopes, this objective integrates smoothly into standard DIN‑compatible nosepieces, providing consistent performance for educational and laboratory environments.

Key Features

• 100x magnification for advanced microscopic study
• Achromatic optical design for reduced aberration and enhanced clarity
• N.A. 1.25 providing high light‑gathering efficiency
• Designed for oil immersion to achieve maximum resolution
• Compatible with Novex/Euromex FL‑100 and EcoBlue microscopes
• Robust construction suited to school and laboratory use

Ideal for School Science Lessons & Laboratory Applications

This high‑performance oil‑immersion objective is perfect for GCSE, A‑Level, and college‑level biology, enabling students to explore the microscopic world with exceptional detail. It is especially useful for:

• Viewing bacteria, protozoa, and other microorganisms
• Examining blood smears, stained slides, and fine cell structures
• Teaching proper oil immersion microscopy techniques
• Supporting assessed practical tasks and investigative coursework
• Enhancing the imaging performance of FL‑100 and EcoBlue microscopes

Accurate, durable, and optically refined, this Achromatic S100x oil‑immersion lens is an excellent upgrade for achieving high‑resolution results in educational and laboratory settings.