Olympus PlanC N 100X Oil Immersion Microscope Objective with Iris

Olympus PlanC N 100X Oil Immersion Microscope Objective with Iris Diaphragm

🔬 High-performance plan achromat oil immersion objective with integrated iris diaphragm
🎯 100X magnification with 1.25 numerical aperture for superior resolution
🎚️ Adjustable iris diaphragm enables precise control of numerical aperture and depth of field
💧 Oil immersion design maximizes light-gathering and resolving power
📏 0.3mm working distance optimized for high-magnification brightfield imaging
🔧 Standard RMS thread compatible with CX, BX, and IX series platforms
✨ Brand new condition with full factory specifications

🔧 Product Description

The Olympus PlanC N 100X with iris diaphragm is a versatile plan achromat oil immersion objective that combines high-resolution imaging with exceptional user control. The integrated iris diaphragm is a valuable feature that allows microscopists to adjust the effective numerical aperture on demand, providing precise control over depth of field, contrast, and resolution. By closing the iris, users can increase depth of field for thicker specimens or improve contrast in low-contrast samples, while opening the iris maximizes resolution for fine detail observation. Featuring advanced plan optics, this objective delivers exceptional flatness of field across the entire image, ensuring edge-to-edge sharpness critical for digital imaging and photomicrography. The oil immersion design, combined with a numerical aperture of 1.25, provides superior resolution and light-gathering capability ideal for observing fine cellular details, bacteria, and subcellular structures. With infinity-corrected optics and standard RMS threading, the PlanC N 100X with iris integrates seamlessly with Olympus CX, BX, and IX series microscopes, making it an excellent choice for clinical diagnostics, biological research, and educational applications where imaging flexibility is essential.

🔎 Typical Applications

• Clinical hematology and blood smear analysis with variable contrast control
• Microbiology and bacteriology studies requiring depth of field adjustment
• Histopathology and cytology diagnostics
• Cellular and subcellular imaging in biological research
• Differential interference contrast (DIC) and phase contrast microscopy
• Quality control in pharmaceutical and biotech laboratories
• Educational microscopy and teaching demonstrations
• Applications requiring variable resolution and depth of field trade-offs

📊 Key Specifications

University purchase orders are welcome and accepted. Please contact us for institutional pricing and procurement assistance.