Modular Tooling Fixtures |
🎯Building "Rapid Changeover" CapabilityFor any CNC workshop, one of the biggest hidden costs is "machine idle time" — the downtime when expensive machine tools stop cutting during workpiece changeovers, re-indication, and program debugging.  |
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| Advantage Dimension | Specific Benefits for CNC Workshops | How to achieve this |
| 1. Ultra-Fast Setup Change | Reduces changeover time from hours to minutes. Enables mixed production of small batches and multiple varieties, allowing quick response to orders. | Zero-Point System: The base plate is permanently mounted on the machine table. All fixtures lock in one second via zero-point locating pins with micron-level repeatability, eliminating any need for re-indication. |
| 2. Ultimate Precision | Eliminates human error, ensuring absolute consistency for batch processing and secondary setups, improving yield rates. | The zero-point system's extremely high repeatability (typically within 0.005mm) ensures that the workpiece coordinate system remains constant no matter how many times vises or chucks are removed and remounted. |
| 3. Unlimited Flexibility | One machine, multiple uses. A 4-axis/5-axis machine can switch from machining aluminum to steel or precision parts in minutes, covering everything from heavy cutting to finishing. | Modular Fixture Library: Based on workpiece shape (square, round, irregular) and size, users can quickly select the optimal clamping method using self-centering vises, collet chucks, or three-jaw chucks. |
| 4. Protects Machine Tools & Reduces Skill Dependency | Prevents damage to expensive table surfaces from frequent hammering or prying of fixtures on T-slots. Standardized setup allows less experienced operators to perform precise clamping. | Standardized Interface: All operations require only wrench tightening—no dial indicator alignment is needed. This reduces reliance on highly skilled machinists and protects the machine asset. |
| 5. Improves Fixture ROI | Turns expensive precision vises and chucks from "dedicated tooling" into "shared assets" that can be quickly transferred between multiple machines. | By equipping each machine with just one base plate, a single set of high-quality fixtures becomes usable across all machines, amortizing the cost per part. |
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| Base Plate (52mm) |
Base Plate (96mm) |
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![]() ·Repeatability: 0.005 mm. ·Locking method: Manual. ·Material: Alloy steel 58° HRC. ·Positioning spacing: 52*52 mm. ·Load capacity: 100 KG. ·Can be calibrated using the center hole. |
 ·With a locking force of 35 Nm for all 4 rivets, the tensile force in all 4 holes is greater than 20 kN. |
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52mm rivet installation dimension diagram |
96mm rivet installation dimension diagram |
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| Modular tooling fixtures |  Suitable for 52mm base plate |  Suitable for 96mm base plate |
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 Three-jaw chuck self-centering vise (H represents the width of the vise jaws)  |
H67/H90X
105/H77
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H120/H125
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| Three-jaw chuck |
D125
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D160
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| Collet |
 ER32/ER40
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Five-axis modular tooling fixture |
Suitable for ϕ170-255 worktables |
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Suitable for ϕ250-400 worktables |
Suitable for ϕ350-500 worktables |
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Four-axis modular tooling fixture |
Suitable for ϕ170-255 worktables |
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