The Windaus Overhanging Stand Saeulenstativ 2-arm is designed for use with the HPS 400 series models. This stand offers stable support and flexible positioning for microscopes, making it ideal for detailed observation and precision work. The two-arm design allows for extended reach and improved maneuverability, which is especially useful in laboratory and industrial environments.

These Windaus wide-field WF 15x paired eyepieces are designed for use with HPS 400 series microscopes. The set includes two eyepieces, providing enhanced magnification and a wider field of view for more detailed and comfortable observation. These eyepieces are ideal for both educational and professional environments where higher magnification and wide-angle viewing are needed.

These Windaus wide-field WF 20x paired eyepieces are intended for use with HPS 400 series microscopes. This set includes two eyepieces, offering a high 20x magnification along with a wide field of view. They are perfect for applications that require detailed observation at greater magnification, making them suitable for advanced hobbyists, educational settings, and laboratory work.

This Windaus 0.50x objective lens is designed as an ancillary lens for the HPS 400 series microscopes. It provides a reduced image scale, allowing for a wider field of view and lower magnification when examining specimens. This accessory is ideal for situations where more overview or less detailed magnification is required.

This Windaus 1.50x objective lens is an ancillary lens designed for HPS 400 series microscopes. It increases the image scale, offering higher magnification for viewing finer details in your specimens. This accessory is ideal for applications where additional magnification is needed beyond the standard objective range.

This Windaus 2.00x objective lens is an additional lens designed for use with the HPS 400 series microscopes. It provides a significant increase in magnification, allowing for detailed observation of minute specimen features. This accessory is ideal for advanced applications where enhanced image detail is required.

This wooden transport case is designed for safe storage and transport of your CX series microscope. It offers both an attractive appearance and a practical solution, providing excellent stability and protection for your equipment.

This aluminium transport case is specifically designed for safely storing and transporting the FlexCam. The sturdy construction ensures that your equipment is well-protected during transit, while its compact size makes it easy to carry and store. Ideal for both professional and educational use, this case provides reliable protection for your FlexCam device.

This polarization set is designed for use with the HPS 45 microscope series. It enables users to perform polarized light microscopy, which is especially useful for examining materials, minerals, and biological specimens with birefringent properties. The kit adds versatility to the microscope, making it suitable for a wider range of scientific and educational applications.

This polarization equipment is designed for use with HPM 100 series microscopes. It allows users to perform polarized light microscopy, enhancing the ability to study birefringent materials such as minerals, crystals, and certain biological samples. By adding this accessory, you can expand the range of scientific and educational observations possible with your HPM 100 microscope.

This hand microtome features continuously adjustable fine control of the specimen feed, allowing adjustments from approximately 25 micrometres.

The ZEISS Aplanatic-Achromatic Folding Magnifier D24+12 AR is a compact pocket magnifier designed for high-precision visual tasks in industry, research, handicrafts, and for people with low vision who need mobile magnification. Its aplanatic-achromatic lens system eliminates distortion and chromatic aberration across the entire field of view, providing clear, sharp images. This magnifier is marked with dioptric power, making it easy to determine the magnification level under different conditions.