Aven Tools SPZ-50 [26800B-369] Stereo Zoom Binocular Microscope on Double Arm Boom Stand with Integrated LED Ring Light

The Aven Tools 26800B-369 SPZ-50 Stereo Zoom Binocular Microscope offers the best in class zoom ratio with super sharp 3D images, wide field of view and long working distance. The included 10x eyepieces provide 6.7x to 50x continuous zoom, which can be enhanced to up to 200x with optional auxiliary lenses and eyepieces. Furthermore, high precision optics ensure excellent contrast and definition for 3D images from edge to edge. A wide variety of lenses, stands and illumination is available to provide you with a microscope system to meet your individual requirements.

The 26800B-369 SPZ-50 Stereo Zoom Binocular Microscope is mounted on a double arm boom stand, which delivers the smooth movement of a ball bearing slide, allowing the microscope to glide easily over and across objects being viewed. A heavy metal base (21 lbs.) assures stability, and a tiltable arbor enables the scope body be set at any position for optimal comfort and viewing angle. These advantages make the system ideal for high-volume inspection stations, R&D engineering labs, medical or scientific research, and education settings.

As another distinctive advantage, the system's ring light is a secure part of the focus mount, making the illumination unit an integral component, rather than a screw-on accessory. The risk of damage from a loosened ring light falling onto products is therefore eliminated. Furthermore, 60 dimmable LEDs on the ring light create a shadow-free lighting intensity of 35,000 lux, assuring accuracy and crisp imaging.

High Eye Point
The 10x eyepieces ensure comfortable viewing for all operators, including those who require eyeglasses. Diopter adjustment on both eyepiece tubes and a highly adjustable interpupillary distance of 52mm to 75mm provides operators with even more flexibility in their individual applications.

Adjustable Zoom Knob
Graduations on the zoom knob indicate to operators the exact magnifications at which they are working; this is particularly helpful for applications requiring very specific adjustments.