The structure of granite wire saw and marble wire saw may have differences concerning diamond particle size, blade design, and strength. However, please note that different manufacturers and products may have varying designs.

The cutting principle of a diamond wire saw relies on the embedded diamond particles on the wire to grind and break the surface of the material being cut.

The production process of diamond wire saw includes material selection, batching, mixing, cold pressing, molding, hot pressing sintering, surface treatment, inner hole processing, wire threading, injection (or vulcanization), blade cutting, and packaging.

Diamond wire sawing has been applied in the extraction of natural stones abroad for over thirty years. In the early days, wire saws were mainly used to cut soft stones, and the technology of wire sawing in marble quarries has become mature worldwide. However, through the continuous efforts of wire saw and bead rope manufacturers and mining enterprises, the technology of wire sawing granite and other hard stones has become increasingly mature. Currently, wire saws can be widely used in the extraction of various hard stones like granite and sandstone. The quality of the products is improving, and the costs are decreasing, making it a global trend.

The process of threading the wire saw refers to the steps where the diamond wire saw needs to pass through, wrap around, and connect during the pre-cutting stage, allowing the wire saw to encircle the material to be cut and form a closed loop.

In the process of using a diamond wire saw, it is commonly driven by either electric power or a diesel generator. These two driving methods have significant differences and can impact the cutting performance of the wire saw.

Choosing the appropriate line speed is crucial for ensuring the normal operation and improving the cutting efficiency of the diamond wire saw. Too high or too low line speed may result in unsatisfactory cutting effects or even damage to the wire saw. Therefore, it is necessary to adjust the line speed according to the actual situation when using the diamond wire saw, in order to achieve the best cutting performance.

The process of retracting the diamond wire saw refers to the period when the wire saw is about to finish cutting or cutting process. During this time, without proper mechanical guidance from the positioning wheel, the wire saw can easily become excessively bent, resulting in reduced lifespan and cutting efficiency. In more severe cases, the wire saw may break.

Diamond wire saw is a commonly used diamond tool in mining operations. This article mainly introduces the operating steps and precautions of the wire saw in the mining process.

Diamond wire sawing is currently one of the safest stone mining methods, but it is relatively safe if the cutting is used and operated correctly, but in the actual operation process, the operator still needs to be cautious.

The diamond wire saw line speed refers to the running speed of the diamond wire saw on the wire saw line during the cutting process. It represents the distance that the wire saw moves on the surface of the cutting workpiece per second. The line speed directly represents the cutting speed of the wire saw.

The horizontal swivel pulley of the wire saw is an essential component that helps maintain the stability and flexibility of the wire saw during the cutting process. It is typically located at the front of the wire saw and consists of a set of rotating wheels. The main function of the horizontal swivel pulley is to support and guide the movement of the wire saw during cutting, allowing the wire saw to move freely along the desired cutting path.