KERN AND SOHN OZM 923 Stereo Zoom Microscope Set, Trinocular Tube Type, 0.7x To 4.5x Magnification

KERN & SOHN OZM 923 stereo zoom microscope set is suitable for magnifying and examining small objects in three dimensions. It is useful in the pharmaceutical, electronics, jewel and manufacturing industries.

Features:

• KERN & SOHN OZM 923 stereo zoom microscope set features a simple telescopic arm and a 4.5 W ring illumination unit for greater workstation flexibility.
• Its optical system is based on the Greenough design that ensures high-quality three-dimensional imaging and depth perception.
• This microscope set has a trinocular tube, allowing users to attach a camera for image capture and documentation.
• It provides 10x ocular magnifications and a wide 23 mm ocular visual field.
• This microscope set offers a magnification ratio of 6.4:1 for smooth transitions between a minimum zoom of 0.7x and a maximum zoom of 4.5x.
• It employs a coarse drive, allowing quick and precise adjustments during observations.

Compatible Accessories:

• KERN & SOHN OZB-A5504 Eyepiece: This eyepiece is suitable for replacing the existing eyepiece for an improved 15x zoom.
• KERN & SOHN OZB-A6302 Stand: It can replace the existing damaged stand.

Frequently Asked Questions:

Q. What is the significance of the objective and eyepiece lenses in a microscope set?

A. The objective lens determines the primary magnification, while the eyepiece lens further magnifies the image. The combination of these lenses determines the total magnification of the specimen.

Q. How do I properly care for and maintain this KERN & SOHN OZM 923 stereo zoom microscope set?

A. Keep the microscope clean and use lens paper for cleaning optics. Store it in a dust-free environment. Regularly check & clean the lenses and replace bulbs as needed.

Q. How do I prepare slides for examination with a microscope set?

A. Place the specimen on a microscope slide, cover it with a coverslip to prevent drying out or distortion and secure it on the microscope's stage for observation.