1. High Stability

2. Less Deformation

3. High Surface Quality

4. Low Cost

Granite is a cost-effective choice when compared to other materials like steel, cast iron, aluminum, or titanium. It also provides a long-term investment return because of its high durability, resistance to impact, and stability. The cost of production is also low due to the nature of the material having an easy ability for customization to suit desired requirements for machines.

1. Weight

2. Fragility

3. Single Color

In summary, granite components have many advantages that make them very suitable for use in precision machinery. Their ability to maintain accuracy over time, resistance to thermal deformation and vibration, high surface quality, and low cost make them an excellent choice when considering materials for precision parts. However, despite this, granite components also have a few disadvantages such as their weight and fragility. The utilization of Granite for precision machining is highly recommended because the benefits outweigh the limitations. It is crucial for builders to consider these advantages and disadvantages when selecting materials to help build their machines and fine-tune the design as needed.