1, the cutting machine after installation, plug in the power supply to check whether the whole part of the rotation is flexible, whether the fasteners are loose.
2, switch on the power supply, press the host button, the blade steering is consistent with the direction of the arrow. If the reverse is adjusted immediately. After the inspection can be loaded with the rock sample for cutting, when the rock sample clamping, should choose a reliable clamping point to prevent the phenomenon of virtual clips and false clips.
In order to avoid the cutting process due to rock movement and damage to the tool and rock samples.
3, when holding irregular rock, can be clamped by the top pressure method. Clamping steps: First place the Rock Sample 8 flat on the workbench, then the top pressure moving fixture 10 is inserted along the T-type Groove 3, selects the distance between the fixture and the rock sample, locks the fixture base screws, moves the top rod Bolt 13 up and down, selects the reliable clamping point, then locks the top lever to 11, then rotates the top lever until the top pole dies the rock sample,
Tighten the top rod nut 12 at the same time to prevent the top lever from loosening during the cutting process.
4. When cutting the core sample, if the number of rocks is large, can be randomly attached to the long pressure plate on a number of rock samples, cutting together to improve work efficiency, the clamping method as shown in Figure 2, the steps are as follows: Put the Rock Sample 8 flat on the Workbench 6, the pressure plate bolts along the T-Groove 3 into the square hole of the vertical surface of the workbench, Rotating adjustment screw 7 and pressure plate Bolts nut 10, you can tighten the rock sample, such as the core diameter size of a slight error, you can add a bar of thin planks on the rock sample, so that the long pressure plate can be pressed to the rock sample. This method is also used when clamping a rectangular and cuboid rock sample that is cut off and formed.