Essential Zeiss Microscope Objective A-plan 100x Oil Ph3 ∞/0.17 Phase Contrast 421091-9911 Kit [d7De2FGx]

Zeiss Microscope Objective A-Plan 100x Oil Phase Contrast

The Zeiss Microscope Objective A-Plan 100x Oil Phase Contrast is a high-quality lens designed for precise and detailed observations. This objective is ideal for advanced microscopy applications, offering exceptional clarity and resolution. With a field number of ∞ and a numerical aperture of 0.17, it ensures a wide field of view and optimal imaging performance. The oil immersion feature allows for even greater magnification, making it perfect for intricate sample analysis.

• High Magnification: The 100x magnification provides detailed and precise observations, essential for complex sample analysis.
• Phase Contrast: The phase contrast technology enhances contrast, making it easier to distinguish between different sample components.

Key Specifications and Features

This objective boasts a 27mm thread diameter, compatible with a wide range of microscope systems. Its 100x/1.25 magnification and oil immersion capabilities make it suitable for various scientific research and educational purposes. The catalog number 421091-9911 ensures easy identification and ordering. Despite some cosmetic wear on the exterior, the lenses are in excellent condition, and the spring mechanism functions properly, ensuring smooth operation.

• Thread Diameter: 27mm for compatibility with a variety of microscope systems.
• Condition: Lenses are in good condition, with the objective tested and producing a clear image.

Practical Uses and Benefits

The Zeiss Microscope Objective A-Plan 100x Oil Phase Contrast is a versatile tool for scientists, researchers, and educators. Its exceptional performance and robust construction make it ideal for various applications, including biological research, material science, and medical diagnostics. The objective's ability to produce a good image and its compatibility with different microscope systems make it a valuable asset in any laboratory.

• Biological Research: Ideal for observing cellular structures and organelles with high magnification and clarity.
• Material Science: Perfect for analyzing the microstructure of materials and identifying defects.