The Celestron Compound Microscope offers all the advanced features at an economical price. With 10x and 20x eyepieces and 4 included objective lenses (4x, 10x, 40x and 100x), a magnification ranging from 40x to 2000x can be achieved. 10x eye piece is loaded with pointer. The objective lenses are fully achromatic and provides real colors of the specimen under observation. The binocular head is fully adjustable that can rotate at 180 degree and at 45 degree inclination for comfort viewing. Strong and stable all-metal construction, this microscope features a fully adjustable, mechanical stage so that specimen slides can easily centered. Improve the quality of magnified images with the included 3 colored filters. Built-in, adjustable halogen lower illumination with Abbe condenser and iris diaphragm. The 10 included prepared slides guarantee exciting discoveries right out of the box. The N 1.25 Abbe condenser with iris diaphragm concentrates and focuses the lower illumination for enhanced viewing making the CB2000CF an excellent tool for labs, schools, scientific research and more.
Excellent tool for labs, schools, scientific research and much more
Sliding Inter-pupillary adjustment to accommodate a wide range of users
Built-in, adjustable halogen lower illumination with Abbe condenser and iris diaphragm
An adjustable-intensity halogen bulb under the stage provides the necessary illumination
Features four-objective click-stop turret holds the 4x, 10x, 40x, 100x achromatic objectives and the instrument comes with two sets of eyepieces that produce magnifications from a practical 40x to a powerful 2000x
Ideally suited for students and hobbyists with its comfortable binocular head design and broad magnification range
Manually adjustable iris and Abbe condenser ensures the perfect amount of light and beam spread to illuminate the specimen without washing it out
4.3x4.7" stage is articulated on the X and Y axes to place the exact area of interest precisely in the centre of the stage
Dual eyepieces preserve stereoscopic vision which renders images in three dimensions, as opposed to a flat field common in single-ocular microscopes.
