Direct Price Accu-scope 3078 Zoom Stereo Microscope On Boom Stand - 8x-35x Guaranteed [ci0ExIYo]

Accu-Scope 3078 Zoom Stereo Microscope on Boom Stand

The Accu-Scope 3078 Zoom Stereo Microscope on Boom Stand is a state-of-the-art instrument designed for precision observation. Its robust and ergonomic design makes it a perfect fit for a variety of industrial and OEM applications. With its airtight casing, the microscope is built to withstand harsh conditions, ensuring reliable performance over time. The versatile design allows for both binocular and trinocular viewing heads, making it adaptable to different user preferences and the addition of camera systems.

Key Features and Specifications

The Accu-Scope 3078 boasts an impressive zoom range of 0.8x - 3.5x, which translates to an overall magnification of 8x - 35x when paired with the included 10x eyepieces. The 10x eyepieces offer a wide field of view of 20mm, ensuring clear and detailed observations. The microscope's working distance of 95mm allows for comfortable handling and manipulation of samples. Optional auxiliary lenses and eyepieces are available to further customize the working distance and magnification to suit specific applications. The glass lens shield and dust cover provide additional protection for the delicate optical components.

Practical Applications and Accessories

The Accu-Scope 3078 is a versatile tool ideal for quality control, soldering, and pass/fail testing in various industries. Its heavy-duty boom stand not only frees up your workbench but also allows for easy adjustments to accommodate different sample sizes. For illumination, you can choose between a ring light or dual gooseneck illuminator to enhance visibility. The microscope comes with a comprehensive range of accessories, including stereo heads, eyepieces, C-Mount camera and video adapters, auxiliary objectives, and stage plates, to expand its functionality and adaptability. With a 5-year mechanical and electrical warranty, the Accu-Scope 3078 is a reliable investment for your precision observation needs.