ZEISS EPIPLAN APOCHROMAT 150X OBJECTIVE

Zeiss Epiplan Apochromat 150X Microscope Objective for Reflected Light Microscopy

🔬 Ultra-premium Epiplan Apochromat objective for reflected light microscopy
🎯 150X magnification with 0.95 numerical aperture for maximum resolution
🌈 Apochromatic correction delivers superior color fidelity across the spectrum
📏 0.23mm working distance suitable for standard specimen preparations
🔧 M27 thread compatible with Zeiss Axio series microscope systems
✨ New condition

🔧 Product Description

The Zeiss Epiplan Apochromat 150X represents the pinnacle of ultra-high-magnification objective design for reflected light (epi-illumination) microscopy, combining apochromatic correction with exceptional numerical aperture for the most demanding industrial and research applications. As part of Zeiss's premium Epiplan Apochromat series, this objective delivers exceptional chromatic correction across an extended wavelength range, ensuring accurate color reproduction and minimal chromatic aberration when examining reflective specimens. The apochromatic optical design provides superior color fidelity compared to fluorite or achromat objectives, making it ideal for applications requiring precise color analysis and multi-wavelength imaging. With an ultra-high 150X magnification and exceptional 0.95 numerical aperture, this objective provides the maximum resolving power available for reflected light microscopy, enabling visualization of the finest surface features, defects, and microstructural details. The 0.23mm working distance accommodates standard specimens while maintaining the high NA essential for maximum resolution. The infinity-corrected optical design ensures compatibility with modern Zeiss Axio microscope systems and allows for the insertion of optical accessories such as polarizers and beam splitters. The M27 thread ensures seamless integration with Zeiss Axio series microscopes. This objective is in new condition, offering top-tier performance for laboratories requiring the absolute highest optical quality and resolution for reflected light microscopy.

🔎 Typical Applications

• Ultra-high-resolution metallurgical analysis
• Semiconductor wafer inspection and defect analysis
• Industrial quality control requiring maximum resolution
• Failure analysis and forensic examination
• Fine microstructural analysis and grain boundary examination
• Printed circuit board (PCB) inspection at highest magnification
• Multi-wavelength imaging and color analysis
• Research applications requiring apochromatic correction

📊 Key Specifications

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