Amscope Sharp Forward Stereo Microscope 20X-40X

Description

This forward binocular stereo microscope comes with 20X and 40X magnification power settings and an illumination system that provides incident (top) lighting. It gives sharp clear stereo images. This microscope offers high resolution and good depth within a broad field of view. This scope is an ideal tool for watchmaker, jeweler, engraver, dies-maker, philatelist, coin collector, student, and etc. It comes brand new. It is suited for the exploration of the world of surface details and fine structures of various materials like wood, metal, solder, semiconductor and stone. It can be used in geology, forestry, archaeology, agriculture, biology and is appropriate for educational purposes in hospitals and schools. It is perfect for the examination of insects, plants, rocks, stamps, coins, jewel, soldered points, microelectronic components or virtually any three dimensional objects. The incident illumination shines down onto the object, used for the observation of three-dimensional objects. Its 45 degree inclined binocular head ensures an easy observation and rubber eyeguards provide further comfort. It is great for the exploration of the world of surface details and fine structures of various materials like wood, metal, solder, semiconductor and stone. This microscope is useful for many applications.

Key Features

• It can be used in geology, forestry, archaeology, agriculture, biology and is appropriate for educational purposes in hospitals and schools.
• It is suited for the exploration of the world of surface details and fine structures of various materials like wood, metal, solder, semiconductor and stone.
• Its 45 degree inclined binocular head ensures an easy observation and rubber eyeguards provide further comfort.
• This forward binocular stereo microscope comes with 20X and 40X magnification power settings and an illumination system that provides incident (top) lighting.
• This microscope offers high resolution and good depth within a broad field of view.
• The incident illumination shines down onto the object, used for the observation of three-dimensional objects.