Introduction, Standard Features | Ken-A-Vision X1000 guide

INTRODUCTION

Thank you for the purchase of your Ken-A-Vision Microprojector. It is important you read the information contained in this manual to acquaint yourself with the operation, uses, and benefits of your Ken- A-Vision Microprojector.

With Microprojectors from Ken-A-Vision, any slide that is used on a microscope can be shown to your entire classroom at the same time. This ins trument is effectively used from elementary to college level courses. Ideal in teaching visually impaired and physcially challenged individuals or groups.

FEATURES

*A powerful 150 watt quartz iodine lamp with double condensing system (light intensifying system) provides a crisp, clear projected image from edge to edge.

*The cooling system fan not only helps preserve living specimens, but also extends the life of the lamp.

*With the objective lens on the reverse side of the slide, you never have to worry about the lens touching your medium

*The depth of field of the objective lens enables viewing objects through a petrie dish.

*Projection can be either vertically onto the table or horizontally onto a screen or wall.

STANDARD FEATURES

* Patented Cooling System	* 150 Watt Quartz Iodine Lamp
* Double Condensing System	* Amalloy Aluminum
* Heat Filtered (Protects Specimens) * UL Registered
* Dust Cover	* 70-80 cm in height

USING A CALIBRATED MECHANICAL STAGE

If your Microprojector is equipped with the calibrated mechanical stage this information will be valuable to you. Besides being an excellent means of moving specimens across and vertical with the field of the microprojector, the calibrated scale can measure the length and width of objects accurately for you. With this as a guide you may also determine with reasonable accuracy the thickness of objects using the previous measurements as guides in its relative pro- portions.

Let us assume that you wish to measure the dimensions of a salt crys- tal. Follow these steps:

1.Focus your Microprojector sharply on the desired salt crystal.

2.Draw a line at the left side of the crystal on the paper between the microprojector feet.

3.Read the longitudinal micrometer (the one parallel to the slide). Read it first to the nearest whole number opposite the 0 mark.

4.Read the tenths up this scale until the lines match up. Write this down after the whole number.

5.Turn the knob on the mechanical stage until the right side of the crystal is at the line you drew on the paper.

6.Reread the micrometer as above, and write the number down. The difference between these two numbers is the width of the crystal in millimeters and tenths of millimeters (NOTE: one inch equals about 25mm).

7.Follow the same procedure in finding the width of the crystal, this time drawing the line at the top of the crystal and using the vertical micrometer (the one at right angles to the slide).

8.By careful focusing through the crystal determine its thickness rel- ative to its other dimensions.

X1000 specifications

Ken-A-Vision X1000 is an advanced educational microscope that integrates state-of-the-art technology, designed to enhance the learning experience in both classroom and laboratory settings. With its robust features and user-friendly interface, the X1000 is ideal for students, educators, and professionals alike.

One of the most notable features of the Ken-A-Vision X1000 is its high-resolution imaging capability. It utilizes a premium 5 megapixel camera, allowing users to capture crystal-clear images and videos of specimens in real time. The camera is paired with advanced optical components, providing excellent light transmission and clarity for detailed observations, making it perfect for both biological and materials science applications.

Equipped with LED illumination, the X1000 offers adjustable brightness levels, ensuring optimal viewing conditions for various types of samples. This feature not only prolongs the life of the light source but also reduces eye strain during extended use, enhancing the comfort of the user over lengthy viewing sessions.

The Ken-A-Vision X1000 is designed with versatility in mind. It includes multiple magnification options ranging from 40x to 1000x, which can be easily selected through a rotating turret. This flexibility allows users to switch between low and high magnification quickly, facilitating comprehensive examinations of specimens from different perspectives.

Another significant characteristic of the X1000 is its compatibility with various digital tools and applications. It supports plug-and-play functionality with simple USB connectivity to computers and laptops, enabling users to easily transfer images and videos for documentation or further analysis. This feature supports a wide range of educational software applications, making it an ideal choice for digital learning environments.

The microscope is also built with durability in mind. Its sturdy construction can withstand the rigors of frequent use in educational institutions while maintaining performance reliability. Moreover, the sleek and ergonomic design of the X1000 ensures ease of handling, allowing for comfortable operation without compromising functionality.

In summary, the Ken-A-Vision X1000 stands out as a premier educational microscope, combining high-resolution imaging, adjustable LED illumination, versatile magnification options, and digital compatibility into a user-friendly, durable design. Whether in a classroom or research facility, the X1000 is equipped to support and enhance the study of microscopic life and materials, making it an invaluable tool for exploration and discovery.