Motic CCIS LM Plan Achromatic Objective LM PL 10X/0.25 WD 17.5mm for AE2000MET Series

The Motic CCIS LM Plan Achromatic Objective LM PL 10X/0.25 is optimized for the AE2000MET microscope series, featuring:

• Magnification: 10X providing moderate power suitable for detailed cellular imaging and tissue examination.
• Numerical Aperture (NA): 0.25, supporting enhanced resolution and light-gathering ability essential in brightfield microscopy.
• Working Distance (WD): 17.5 mm, facilitating the observation of samples requiring a comfortable gap between lens and specimen, ideal for prepared slides and thicker biological samples.
• Optical Design: Infinity-corrected CCIS® (Continuous Correction Infinity System), ensuring compatibility with modern optical tube lengths and facilitating advanced imaging techniques.
• Plan Achromatic: Corrects for field curvature and chromatic aberrations, delivering sharp, flat images across the field of view critical in routine histology and biotechnology research applications.
• Mounting Thread: W 4/5"x1/36" RMS standard, compatible with standard microscope nosepieces adhering to the DIN 45mm standard.
• Coverglass Thickness: Not required (NCG), simplifying imaging of samples without standard coverglass constraints, benefiting molecular diagnostics and clinical pathology workflows.

This objective is widely used in biotechnology fields such as cell imaging, molecular biology, and clinical diagnostics. Its plan achromatic correction and infinite optical system make it essential for bioprocessing laboratories relying on precise morphological assessments and synthetic biology research requiring accurate fluorescence co-localization under brightfield conditions. The robust working distance is beneficial in biomanufacturing environments where sample handling with minimal disturbance is necessary.

Designed as an optical accessory for high-quality light microscopes, this objective supports advanced brightfield microscopy techniques commonly employed in biomedical engineering, live-cell studies, and molecular cloning workflows. Its integration within the AE2000MET series enhances system flexibility for diverse research applications, reinforcing its role as a critical component in biopharmaceutical production pipelines and neuroimaging preparatory analysis.