Choosing the right cut-off machine for the processing of materialographic samples

The appropriate cut-off machine must be determined as a function of the characteristics and the sample throughput. Before the device is purchased, the expected number of samples should be evaluated. In case only smaller samples have to be processed, a correspondingly compact cut-off machine is sufficient. Larger samples require a high-performance cut-off machine which can be equipped with larger cut-off wheels. For an economical and successfully sample cutting process, the cut-off machine needs to be powerful and robust and it should be precisely adjustable. Furthermore, the user's safety is of considerable importance. The cut-off machine should feature an automatic switch-off function which ensures the process is finished once the sample is successfully cut. Protection guards should prevent any contact with the running cut-off wheel during operation. A simple and intuitive operation of the cut-off machines accelerates the sample cutting process and increases even more the operational safety. Overall, the right cut-off wheel is the one that is able to process varying sample amounts as economically as possible and provides excellent quality.

SCAN-DIA Cut-Off Machines – an effective and individually adjusted performance

In the development of its cut-off machines, the company SCAN-DIA places great importance on reliability, precision and ease of use. The model MINICUT 40 was recently improved yet again. The cut-off machine cuts different samples (up to Ø 20 mm) with high reliability providing highest quality. Given the wide variety of clamping devices, samples of different size and shape can be flexibly processed. The cutting position is adjusted using the improved feed handle (scaling 5/100 or 1/10) on the SCAN-DIA Cut-off Machine. Weight arm and limit stop are positioned outside of the wet area, so that high ease of use is ensured. The LABCUT 250 is a compact cut-off machine which allows effortless cutting of ceramic, metallic and mineralogical samples. The cut-off machine design allows for cutting samples with a diameter of up to 55 mm. The cut-off machine is equipped with a closed cooling water system and can be equipped with cut-off wheels up to a diameter of 250 mm.