3.5X-45X Binocular Stereo Boom Microscope, Ring Light

This binocular 3.5X-45X zoom stereo microscope with fluorescent ring light comes with a binocular head, super widefield high-eyepoint eyepieces, widefield Barlow lenses, a double-arm heavy-duty boom Stand, & a fluorescent ring light. The high-eyepoint optic design ensures an easy & comfortable observation, especially for eyeglass wearers. The double-arm boom Stand allows you to turn the microscope head around three different axis (x, y, & z), allowing you to point the microscope head in ANY direction. The fluorescent ring light comes with a mounting adapter. It provides cool, even & bright illumination. The microscope offers high resolution, super widefield of view, extreme large magnifying zoom range (13:1) & long working distance (8"). It gives crystal clear sharp images. It is an ideal instrument for research labs, gemologists, engravers, collectors & anyone in semiconductor &/or electronic industry.

Packing List :

• One Binocular Stereo Zoom Head


• One Pair of SUPER Widefield 10X Eyepieces


• One SUPER Widefield 0.5X Barlow Lens


• One Double-Arm Boom Stand with One Focus Rack


• One 8W Fluorescent Ring Light


• One Ring Mounting Adapter


• One Pair of Eye-Guards


• User's Manual Download


• Shipping Weight: 65-lbs


• 3.5X-45X extended zoom magnification using high-quality Greenough stereoscopic objective lenses and a 0.5X Barlow lens.
• The microscope provides up to 6.5" (165mm) of working distance.
• A highly-versatile stereo microscope on a heavy-duty, multi-pivot boom-stand which allows the microscope to easily swing into place when needed, and away when not.
• Dual diopters can be adjusted to maintain consistent focus throughout the magnification range, greatly improving productivity.
• The stereo optics provide upright images with clear depth-of-field and a wide view for hands-on applications.
• This microscope is ideal for laboratories, repair shops, and engravers.
• The lightweight 8W fluorescent ring-light produces a smooth, encompassing field of light for use with any application.