I. Deconstruction of Substrate Selection Technology IV. Technical Key Points of Hole System Machining and Embedded Structures00-grade platforms are widely used for assembling linear motors, guide rails, and modules, where threaded holes are high-frequency failure points:Direct tapping of stone is strictly prohibited.Granite has high brittleness, and direct tapping easily causes cracking under stress; all threaded…
Complete Explanation of Precision Grades for Grooved Granite Platforms (Jinan Blue Granite, GB/T20428) I. Core Conclusion FirstGrooving ≠ direct downgrade, but grooving processing introduces precision risks; the final precision grade is determined by the data from re-grinding and re-testing after all grooving and tapping are completed.Products on the market are divided into two main categories…
Complete Selection Guide for Precision Granite (Marble) SurfacesTargeting scenarios such as guide rail inspection, multi-axis slide table bases, linear motor platforms, and vision/laser inspection equipment, distinguishing between standard inspection plates and integrated equipment bases, suitable for direct client presentations and technical proposals. I. Step One: Selecting the Stone Raw Material (The Top Priority) II. Step…
Detailed Applications of Grade 00 Marble Platform (Jinan Blue Granite)According to the national standard GB/T 20428 for rock slabs, Grade 00 belongs to the precision metrology grade platform, second only to the Grade 000 reference platform. It balances accuracy with industrial field applicability, making it the most widely used grade for automated precision inspection and…
Detailed Explanation of Precision Grades for Marble Platforms Used in Guide Rail Inspection (National Standard GB/T0428-2006 “Stone Surface Plates”) Complete Grade Sequence: Grade 000 > Grade 00 > Grade 0 > Grade 1, with decreasing step by step and flatness tolerance doubling; core reference for selecting linear guide rails, precision sliding tables, and linear motor…
Marble Linear Motor Module Platform | Core Advantages of High-Precision Inspection EquipmentI. Clarifying Structural DefinitionsMarble base direct drive linear motor integrated guide rail, distinguishing it from aluminum profile sliding tables and cast iron screw modules; widely used in optical scanning, 3D profile measurement, wafer inspection, high-precision visual dimension inspection, laser interferometry inspection, etc.II. Core Advantages…
Multi-axis Slide Table & Marble Platform: Unlocking the Complete Solution for High-Precision Inspection Three-axis Slide Table Marble Platform Integrated MachineI. Common Industry Pain Points (Why standalone high-precision slide tables still fail to achieve accuracy)Many projects fall into a trap: pursuing only impressive single-axis slide table parameters while ignoring the stability of the reference base, ultimately…
Marble Linear Motor Base: The Underlying Reference Carrier for Micron-Level Precision Positioning I. Industry Pain Points: Why Metal Machine Bases Cannot Support Micron-Level Positioning RequirementsAs high-speed, high-response direct-drive transmission components, linear motors are widely used in wafer inspection, laser micromachining, optical calibration, precision measurement, and other fields. The core requirement of the equipment is long-term…
The Ultimate Reference for Marble Linear Motors (Ultra-precision Semiconductor / Optical / Metrology-grade Complete System)Marble (granite) is the ultimate carrier for the trinity of geometric, thermal, and vibration references of linear motor platforms. The industry “ultimate reference” specifically refers to the Grade 000 (Grade AA) Jinan Blue Granite complete machine reference system. It is the…
Full-Process Flatness Assurance Solution for Marble Bases (From Rough Blank to Long-term Use)Marble flatness is divided into two stages: factory grinding and processing flatness (00/0/1 grade standards), and long-term flatness maintained after installation and use. The processes and control methods for the two are completely separate, as detailed below by process.I. Material Selection Stage: Eliminating…
