QCMZ-90 Automatic Metallographic Cutting Machine

Product Introduction：

QCMZ-90automaticThe metallographic specimen cutting machine is a precision cutting machine that integrates manual and automatic modes; Available for selectionXAxis moving worktable for automatic operationYContinuous cutting function in the axial direction; Equipped with adjustable height spindle function; This device can be used for cutting samples of various shapes, sizes, and materials. Its cutting ability can meet the needs of production inspection and daily laboratory testing for cutting samples.

productcharacteristic：

1.The main motor is driven by a variable frequency motor, which has the ability to500RPMreach3000PRMThe speed adjustment range is stable and will not change due to load, meeting the cutting needs of various materials.

2.The spindle height can be adjusted, suitable for cutting from small and thin diamond saw blades to large grinding wheels, and can compensate for cutting blade losses, effectively improving the utilization of cutting blades and saving costs.

3.OptionalXThe axis moving worktable can perform automatic cutting in automatic cutting modeYContinuous series cutting in the axial direction.

4.Horizontal automatic or manual integrated feed mode, flexible feed mode, large feed stroke, suitable for cutting larger workpieces.

5.Program controlled feed control can be used for feed control

6.The oversized sample observation window makes it easier for users to observe the cutting process of the sample.

7.The equipped exhaust system ensures efficient flow and exhaust of various vapors and smoke generated during cutting, making observation clearer.

8.adjustableLEDLamp lighting design can achieve effective illumination of the entire cutting chamber area.

9.Adopting a filtered water tank with a magnetic system, the metal cutting debris generated during cutting is sucked out and discharged by the magnetic system when circulating water passes through it, improving the effectiveness of sample cutting and the utilization of circulating water, while avoiding clogging of the laboratory drainage system.