Eclipse Magnetics Ltd
Eclipse Circular Standard Magnetic Chuck 125 mm – Standard & Fine Pole
Eclipse Circular Standard Magnetic Chuck 125 mm – Standard & Fine Pole
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Based In The U.K - Fast delivery, local support, and trusted magnetic solutions.
Description
The Eclipse Circular Standard Magnetic Chuck 125 mm diameter offers permanent magnetic workholding for grinding, turning and precision machining. Available in two pole formats: the standard pole version (ECSP125) with wider pole pitch for heavier stock, and the fine pole version (ECFP125) designed for thin or small workpieces. Both units have an all-metal top plate for durability, simple ON/OFF switching and high corrosion resistance.
Key Features
- Permanent magnetic technology — no power consumption once engaged.
- All-metal top plate for high accuracy and long lifespan.
- Choice of pole configurations:
- Standard pole (ECSP125) — suitable for thicker workpieces.
- Fine pole (ECFP125) — with tighter pole spacing for thin or small workpieces.
- Dedicated 125 mm diameter size — ideal for smaller machine tables or rotary setups.
- Durable construction with chrome-plated side and end stops for consistent positioning.
Typical Applications
- Surface grinding and cylindrical grinding of ferrous workpieces.
- Turning on small lathes or rotary tables where 125 mm diameter is suitable.
- Thin stock machining or finishing where fine pole surface is advantageous.
- Toolroom setups, inspection work or small-batch precision machining.
- Where quick changeover and minimal clamping interference is required.
Technical Data
| Model | Pole Format | Diameter (mm) | Height (mm) | Pole Pitch† | Typical Force* (N/cm²) | Thread / Fixing |
|---|---|---|---|---|---|---|
| ECSP125 | Standard Pole | 125 | 50 | 4.0 mm steel / 2.0 mm brass | Up to 80 N/cm² | M6 / Handle Operated |
| ECFP125 | Fine Pole | 125 | 50 | 1.5 mm steel / 0.5 mm brass | Up to 80 N/cm² | M6 / Handle Operated |
†Pole pitch values approximate from technical documentation. *Force values given represent maximum rated on ideal surface and may vary depending on workpiece, surface finish and mounting conditions.
