The NZ Stereo Zoom Microscope body is our most tough and sealed maintenance free design suitable for all industrial, electronic, and medical manufacturing applications. Ergonomic body design for effortless observation with detents smooth zoom knobs and high eye-point eyepieces that gives comfort far superior to many of our competitors.

With a new rugged and airtight housing and unbreakable eyepiece ports it is perfect for the rigors of the assembly or manufacturing environment. With the NZ stereo zoom binocular body, you will be able to view or inspect our work with unequaled clarity yet know that the durability of the microscope will never be compromised.

• Airtight (prevents contamination from dust, oil, and water which reduces regular maintenance and services).
• Anti-mold (ensures the safety of the microscope when used in high heat or humidity environment).
• Anti-electrostatic (design to discharge the inner static electricity almost instantly which prevents sensitive applications from being damaged). Thus it eliminate the cost of regular maintenance.

Anti-mold (ensures the safety of the microscope when used in high heat or humidity environment).

Anti-electrostatic (designed to discharge the inner static electricity almost instantly which prevents sensitive applications from being damaged). Thus it eliminates the cost of regular maintenance.

Scienscope prisms are housed with the body of the microscope and do not move with eyepieces. This design protects the prisms and eliminates the chance of misalignment caused by the prisms.

Scienscope microscopes use an external nylon-on-nylon gear system. This increases the smoothness of the zoom and protects the gears from other moving parts. This system is less likely to deteriorate over time due to the compatibility of the materials. Notice how the gears are housed away from all other internal mechanisms.

Scienscope microscope uses advanced technology, Single Spindle Zoom design, which allows for a smooth zoom and control that is superior to many of our competitors. This revolutionary design has two huge advantages. First, the objective cannot move independently of each other; therefore, it is less likely to cause a misaligned or double image. Secondly, the zoom knob is extremely smooth, allowing the user to maintain vision through eyepieces while zooming.