QGZ-90 Automatic Metallographic Sample

Cutting Machine

Brief Introduction:

QGZ-90 metallographic sample cutting machine is a precision cutting machine integrating automatic mode and manual mode. With the X axis worktable, it has automatic and continuous cutting function along the Y axis. With the function of adjusting the height of spindle, it is used for a variety of shapes, sizes and materials sample cutting. The cutting ability can meet the daily production inspection and laboratory detection for cutting samples.

Feature:

1. The chief motor adopts frequency conversion motor. The rotating speed adjusts from 500r/min to 3000r/min, and the speed stability won’t be changed due to the load. It meets the cutting needs of various materials.

2. The height of the spindle can be adjusted, it adapts to small and thin diamond cutting disc or big abrasive cutting disc. It compensates the wear and tear of cutting disc, effectively improves the cutting disc and saves the cost.

3. With the optional X axis worktable, it can realize the continuous cutting along the Y axis under automatic mode.

4. With horizontal automatic or manual feeding mode, flexible feeding method and large feeding travel, it can be applied to large workpiece cutting.

5. It can choose the program to control feeding for accurate feeding control.

6. With large sample observation window, it is more convenient for the user to observe sample cutting process.

7. With the exhaust device, it can guarantee the efficient discharge of steam and smoke when cutting, and make the observation more clearly.

8. With LED lighting design regulation, it can realize the effective illumination of the whole area of cutting room.

9. The filter tank adopts a magnetic system, when the circulating water goes through the magnetic system, the metal cutting debris will be sucked out by the magnetic system and excluded out. It increases the cutting effect of the sample and the frequency of use of circulating water, and avoids the blockage of the drainage system of laboratory.