This is a Plan Apochromat objective lens series for brightfield observation with chromatic aberration corrected at the highest level. This series guarantees optical performance (Wavefront Aberration Correction) at a Strehl ratio of 95% or more and is also compatible with the AF unit (Olympus U-AFA2M).

 This is a Plan Achromat objective lens series that has attained excellent flatness up to a field number of 22.

This is a Plan Achromat objective lens series for brightfield and darkfield observations that has attained excellent flatness up to a field number of 22.

Objective Lences Broschure

This is a universal objective lens series of a semi-apochromat design with chromatic aberration corrected at a high level. This series provides excellent performance not only in brightfield, but also in fluorescence, differential interference contrast, and simple polarized observations

This is a universal brighfield/darkfield objective lens series of a semi-apochromat design with chromatic aberration corrected at a high level. This series provides excellent performance not only in brightfield and darkfield, but also in fluorescence, differential interference contrast, and simple polarized observations

This is a universal objective lens series that provides high optical performance particularly in polarized, differential interference contrast observations

This is a Long Working Distance Plan Semi-Apochromat objective lens series with chromatic aberration corrected at a high level. A long working distance to a specimen in this series is effective for preventing the lens from interfering with a step or protrusion on the specimen

This is a Long Working Distance Plan Semi-Apochromat objective lens series for brightfield/darkfield observation with chromatic aberration corrected at a high level. A long working distance to a specimen in this series is effective for preventing the lens from interfering with a step or protrusion on the specimen

This series Plan Achromat objective lens with a super long working distance reduces the risk of causing damage to specimens due to interference. This series offers high-contrast observation images with no color blur, enabling the user to observe even the width of a fine line

This is an objective lens series optimal for observing specimens through glass substrates such as LCD panels. The adoption of optical correction rings allows aberration correction according to glass thickness.

This is a Plan Achromat objective lens series with optical aberration corrected from visible light to near-infrared region. LCPLN-IR series has correction collar for aberration dependent on thickness of silicon or glass substrate.