M26 95mm Visible LWD M Plan APO Objective Lens for Metallurgical Microscope, Semi Inspection field

Features:
Long Working Distance
Bright Field Inspection
High Quality Testing and Design
Nice Color chromatic aberration
Flat image effects around the entire Field of View
Strain-free is corrected
Specifications:
Product Type: Microscope Auxiliary Lens
Magnification: 20 X
Long Working Distance: Yes
Bright Field Inspection: Yes
High Quality Testing and Design: Yes
Color Chromatic Aberration: Nice
Flat Image Effects: Yes

Features:
**Precision Optics for Metallurgical Inspection**
The M26 95mm Visible LWD M Plan APO Objective Lens is a pinnacle of precision optics designed for metallurgical microscopy. With a magnification of 20X, this auxiliary lens is ideal for semi-inspection tasks, providing a clear and detailed view of your specimen. The long working distance feature ensures that you can work comfortably with your samples without the need for excessive proximity, making it a valuable addition to your microscope setup.

**Advanced Design for Superior Performance**
The lens's design is not only aesthetically pleasing but also engineered for superior performance. The visible plan by Verizon ensures that the lens delivers a flat image across the entire field of view, minimizing distortion and color chromatic aberration. This allows for a more accurate and reliable inspection process. The magistral immunotec quality testing and design guarantee that the lens meets the highest standards, making it a reliable tool for professionals in the field.

**Versatile Application for Scientific and Industrial Use**
Whether you're a researcher in a laboratory or an industrial professional, this objective lens is versatile enough to cater to your needs. The infinite vision optic feature allows for a clear view of distant objects, such as the distance to Mars in miles, making it an essential tool for those who require a detailed examination of their samples. The lens's lightweight and compact design make it easy to handle and transport, making it a valuable asset for both scientific and industrial applications.