Black Friday Doorbuster Objectives Achromatic - Din Standard, Semi Plain X100/1.25 Now 95% Cheaper [qtRxPCbf]

Objectives Achromatic Lenses - DIN Standard

Welcome to the world of precision and clarity with our Objectives Achromatic Lenses - DIN Standard. Designed to elevate the performance of your microscope, these lenses are crafted with the utmost precision and quality. With their semi-plain design and X100/1.25 magnification, they offer exceptional resolution and detail, making them an essential tool for professionals and enthusiasts alike.

• High Magnification: Achieve unparalleled magnification with the X100/1.25 lens, perfect for detailed observations.
• DIN Standard: These lenses adhere to the stringent DIN standards, ensuring compatibility and reliability across various microscope models.

Product Specifications and Technical Details

Our Objectives Achromatic Lenses are not just visually stunning; they are engineered to deliver exceptional performance. Each lens features standard threads, allowing for easy installation on any microscope. The lenses are coated for enhanced light transmission and are optically corrected to minimize chromatic aberration, resulting in clear and sharp images.

• Optical Correction: Minimize color fringing and enhance image clarity with our optically corrected lenses.
• Coated Lenses: Experience improved light transmission and reduced glare with our high-quality coatings.

Practical Applications and Target Audience

Whether you are a scientist, an educator, or a hobbyist, our Objectives Achromatic Lenses are designed to meet your needs. Their versatility makes them ideal for a wide range of applications, including biological research, educational demonstrations, and hobbyist microscopy. With their superior image quality and robust construction, these lenses are a valuable asset in any laboratory or classroom setting.

• Scientific Research: Contribute to groundbreaking discoveries with clear, detailed observations.
• Educational Purposes: Enhance learning experiences with high-quality images that bring microscopic worlds to life.