Zeiss Plan Neofluar 20x Objective

ZEISS PLAN NEOFLUAR 20X OBJECTIVE

Achieve high-quality imaging with excellent flatness and fluorescence performance, featuring:

• 🔬 20x magnification with 0.50 numerical aperture for high-resolution imaging
• 📏 2.0mm working distance for standard slide preparations
• 🌈 Plan Neofluar design combining flat-field correction with fluorescence optimization
• 🔧 RMS thread mount for universal microscope compatibility
• ⭐ Pre-owned condition with reliable optical performance

🔧 Product Description

The Zeiss Plan Neofluar 20x objective delivers an optimal balance between flat-field correction and fluorescence performance, making it a versatile choice for laboratories requiring both brightfield and fluorescence imaging capabilities. Plan Neofluar objectives feature improved chromatic correction compared to standard Plan objectives while maintaining low autofluorescence characteristics essential for fluorescence microscopy. At 20x magnification, this objective provides the ideal magnification for detailed cellular examination, tissue section analysis, and high-resolution imaging of biological specimens. The 0.50 numerical aperture delivers excellent light-gathering capability and resolution for visualizing cellular structures, fluorescent labels, and fine specimen details. The flat-field correction ensures sharp, distortion-free images across the entire field of view, essential for digital imaging and photomicrography where peripheral image quality is as important as central resolution. The 2.0mm working distance accommodates standard microscope slides with coverslips. The RMS thread mount ensures compatibility with a wide range of microscope platforms from multiple manufacturers. Plan Neofluar objectives are particularly valued in routine fluorescence applications including immunofluorescence, FISH, and GFP imaging where good optical performance and cost-effectiveness are both important considerations.

🔎 Typical Applications

• Routine fluorescence microscopy and immunofluorescence imaging
• Fluorescence in situ hybridization (FISH) applications
• GFP and fluorescent protein imaging in cell biology
• Brightfield and DIC microscopy of biological specimens
• Tissue section analysis and histology
• High-resolution cellular imaging and documentation

📊 Key Specifications

University purchase orders are welcomed and accepted. Contact us for institutional pricing and procurement assistance.