Suzhou Krosino Mechatronic Technology Co., Ltd. provides precision CNC machining for industrial mounting plates. Whether you require base plates for heavy machinery, structural supports for automation modules, or precision interfaces for sensor arrays, we deliver components with superior flatness and geometric accuracy. Our manufacturing process ensures that your mounting surfaces provide a stable, perfectly aligned foundation for all subsequent assembly.
A mounting plate's effectiveness is dictated by its flatness and the accuracy of its hole patterns. We utilize heavy-duty milling and precision boring to ensure these requirements are met.
| Plate Feature | Typical Functional Tolerance |
|---|---|
| Surface Flatness | ±0.02mm to ±0.05mm (Ensures stable machine contact) |
| Hole Center-to-Center Position | ±0.05mm (Critical for assembly alignment) |
| Counterbore Depth | ±0.05mm (Ensures fastener seating) |
Q1: How do you maintain flatness on large mounting plates?
We perform stress-relief procedures before final finishing to ensure that internal stresses do not cause the plate to warp after it is released from the machine fixtures. This maintains long-term flatness under real-world operational loads.
Q2: What materials are recommended for heavy-duty mounting plates?
For structural stability, we frequently machine 45# carbon steel or alloy steels (40Cr) for their high yield strength. For lighter applications or where corrosion resistance is required, high-strength aluminum (6061-T6/7075) is our preferred material choice.
Q3: How do you ensure hole pattern accuracy across batches?
We use CNC programs linked to calibrated coordinate systems. By using standard fixtures and verifying the first article against the drawing, we guarantee that the bolt hole patterns remain identical across the entire production run.
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