Customization of Grade 00 Measuring Devices: High-Precision Granite/Marble Surface Plates with Black Finish for Gauge Tools

• Customization: Available
• Application: Machinery Accessory
• Standard: GB
• Model NO.: Marble Platform
• Surface Treatment: Polishing
• Production Type: Batch Production
• Machining Method: CNC Machining
• Material: Marble
• Precision: Level 000
• Density: 2800-3070kg/M3
• Customized Support: OEM, ODM
• Usage: Laboratory Measuring Tool
• Transport Package: Wooden Case Packing
• Specification: Size customization
• Trademark: SYIN
• Origin: China

Product Description

Granite components evolved from the development of marble platforms.
Marble components originated from marble platforms. During processing, marble components are based on marble platforms, using CNC machine tools to drill holes and slots, followed by manual grinding and inlaying threaded inserts. This product is called marble components. Marble components serve as a substitute for cast iron parts. Due to the high material precision and non-deformability of marble platforms, they are gradually being applied in machine tool manufacturing and automation industries, improving product precision and value. They represent the development direction of future precision machinery.

Marble mechanical components are made from high-quality stone through mechanical processing and manual fine grinding. They feature high strength and hardness, maintaining precision under heavy loads and normal temperatures. Additionally, they offer advantages such as non-rusting, acid and alkali resistance, wear resistance, non-magnetization, and non-deformation. Marble mechanical components are suitable for on-site working environments and can permanently maintain their own precision, ensuring the accuracy of processing and inspection in the work environment and the quality of work products.

Advantages of Marble Mechanical Components
 

1. High precision, good stability, and  (non-deformable). They ensure measurement accuracy at room temperature.
2. Non-rusting, acid and alkali resistant, requiring no special maintenance, with good wear resistance and long service life.
3. Scratches and bumps on the working surface do not affect measurement accuracy.
4. Smooth sliding during measurement without stiction.
5. Resistance to abrasion and high temperatures, easy maintenance. Physically stable, with a dense structure-impact causes no grain shedding or burrs on the surface, preserving planar accuracy (granite precision measurement plates).

Marble platforms can actually be drilled, with the tolerance between holes being approximately 20 silk (0.2mm), a precision fully sufficient for assembly workers' needs. Drilling on marble platforms involves creating smooth holes and inlaying threaded sleeves, which are tightly bonded to the marble with glue to meet practical application requirements.

Currently, drilling on marble platforms has become the most common practice in the marble industry. It has evolved beyond a basic measurement platform to become an integrated structure of instrument bases, columns, and beams. As a foundation, the surface precision of marble platforms is still achieved through manual grinding. While ensuring precision, columns and beams are added to inlay linear guides, satisfying the dynamic system's requirements. The assembled instrument detection equipment and machine tools have reached new high-precision standards. Instruments and equipment in this field are mainly used in the electronics, chip, and semiconductor industries. Traditionally, this sector was dominated by European, American, Japanese, and Korean enterprises, but China's advantages in this field are gradually emerging.