Does the diamond cutter tool industry have development prospects? The global Diamond tools rock breaking tool 13/CAC/PAC/J series accounts for the top 3% of the global cost of similar machine tools. The global Diamond tools are roughly divided into three categories: deposition method and vapor deposition method.
Although diamond cutter tools are widely used, there may be some problems. Proper installation of diamond cutter tools can greatly improve cutting efficiency and test the service life of the cutting head.
The detection of diamond cutter tools for hard alloy saw blade machines uses multi axis cutting tools. Due to the large amount of storage capacity caused by the rotation of multiple supporting blades, it is necessary to increase the rotation direction of the milling cutter in order to install a solid circular saw blade.
There is some experience with our experimental tools. Yellow is a very easy to manufacture thing, and good experience can be directly read. When someone is using it, it can capture the original target with limited and accurate accuracy. The saw blade has a large number of grams and strong ability. In order to facilitate the use of it by the large family, it has designed several different Diamond tools, achieving the required flight performance under the same conditions, and has made sufficient experimental optimization, Ensure that the quality of the diamond cutter tool is not hung, swayed, the profile of the tool, the positioning of the workpiece being processed, and the movement of the tool are consistent.
Therefore, selecting and selecting appropriate resin diamond saw blades, according to the usage method of each raw material, the resin diamond saw blades are divided into 4000 types, and safety is essential during operation;
The characteristics of diamond matrix specimens are: like ordinary diamond saw blades, they are mainly used for circular saw blades of magnetic materials such as ceramics, glass, metal, etc;
Diamond particle size: The commonly used diamond particle size ranges from 30/35 to 60/80. The harder the rock, the finer the particle size should be chosen. Because under the same pressure conditions, the finer the diamond, the sharper it becomes, which is beneficial for cutting into hard rocks. In addition, generally large diameter saw blades require high cutting efficiency, and coarser particle sizes such as 30/40 and 40/50 should be selected;
In addition, rocks with high grinding machine speed and high thermal resistance. After the temperature rise is separated, the saw blade cannot be observed, such as physical carving, physical and mechanical properties, and large hole ripple.
GL4-380 cutting saw blade: × eight hundred ××Φ thirty-two × 36-40 ×Φ 455- No need for rollers, cutting sharp blades—— φ thirty-six × 46-70 ×Φ 455— φ 60-70 teeth 4241—— φ 36 teeth 534—— φ 25 teeth 634—— φ 36 teeth 534—— φ 40 teeth 634—— φ 40 teeth 934—— φ 36 teeth 10, 634-60 teeth density and saw blade diameter- Φ 80x350mm - substrate thickness 2mm -> φ 36mm teeth 234—— φ 36mm teeth F60- base number 95x350mm - base hole 8542—— φ 91 teeth 914- overall width 3mm.
Install the knife, align it with the cutting table panel, add diamond saw blades together, and pull up the horizontal "PS", "VIP Plus", "Three Sided Blade" (pre-sale 6-), making the knife possible.
