Eccentric Locking Pin 316 Stainless Torx Eccentric Screws ±0.3-1.0mm Offset Electropolished
Precision Torx Eccentric Screws - 316 Stainless - ±0.3-1.0mm Offset - Medical/Marine - Electropolished Eccentric Locking Pin
Micro-adjustment A4-80 Torx eccentric screws. ±0.3-1.0mm offset for precision alignment. 316 stainless steel. Passivated/electropolished. For medical devices, optical equipment & marine. T10-T30 sizes.
Achieve **micron-level alignment** in sensitive applications with **A4 Stainless Torx Eccentric Screws**. The **precision-ground offset shank (±0.3-1.0mm)** corrects minor hole misalignments in instruments, while **316 stainless steel (A4-80)** resects salt water, chemicals, and sterilization. **Electropolished finish** ensures hygienic surfaces for medical/lab use. .
TECHNICAL SPECIFICATIONS |
|
| Drive Type | Torx (Standard) |
| Eccentric Offset (e) | ±0.3mm, ±0.5mm, ±0.8mm, ±1.0mm |
| Torx Size | T10 (M3), T15 (M4), T20 (M5), T25 (M6) |
| Sizes | M3x10mm to M6x50mm |
| Tensile Strength | 800 MPa |
| Material | A4-80 Stainless Steel (316L) |
| Surface Treatment | Passivation + Electropolishing (Ra<0.2µm) |
| Max Plate Thickness | 8mm (per side) |
| Customization | Custom offsets, electropolishing, low-profile heads |
Primary Uses & Applications:
- Medical device assembly
- Optical equipment calibration
- Laboratory instrument mounts
- Marine sensor housings
- Semiconductor tooling
How to Use:
1. **Calculate** hole deviation direction.
2. **Rotate** screw to match offset angle.
3. **Hand-tighten** initially with **Torx driver** (e.g., T20 for M5).
4. **Final torque**: 2-4 Nm (M5) to avoid deformation.
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