SPHERICAL WASHER
The Spherical Washer is a precision workholding component designed to provide self-aligning support and load distribution between a clamping bolt, nut, or stud and the workpiece or fixture. Its spherical mating surfaces allow the washer to compensate for slight angular misalignment, helping maintain even clamping pressure on inclined or uneven surfaces.
₹84- Precision-engineered Spherical Washer
- Self-aligning spherical design
- Compensates for angular misalignment
- Hardened steel construction
- Provides uniform clamping pressure
- Precision-machined spherical surfaces
- Suitable for inclined and uneven workpiece surfaces
- High wear resistance and durability
- Available in various sizes (Model Dependent)
- Designed for heavy-duty industrial use
- Machine-table workholding
- Strap clamp assemblies
- Mould clamp assemblies
- Fixture and jig clamping
- Inclined workpiece clamping
- CNC machining
- Milling machine applications
- General engineering workholding
- Compensates for slight angular misalignment
- Provides more uniform clamping pressure
- Improves workholding stability
- Reduces localized stress on the workpiece
- Suitable for inclined surfaces
- Improves clamping accuracy and repeatability
- Durable construction for long service life
- Easy to install and maintain
| Name | Code | Size | F | D | H | Approx weight |
|---|---|---|---|---|---|---|
| SPHERICAL WASHER | 926-1 | M8 | 8.4 mm | 17 mm | 3.5 mm | 0.01 |
| SPHERICAL WASHER | 926-2 | M10 | 10.5 mm | 21 mm | 4.2 mm | 0.01 |
| SPHERICAL WASHER | 926-3 | M12 | 13 mm | 24 mm | 5.0 mm | 0.01 |
| SPHERICAL WASHER | 926-4 | M16 | 17 mm | 30 mm | 6.2 mm | 0.01 |
The Banka Spherical Washer is widely used in workholding and clamping systems where the clamping bolt or stud needs to accommodate slightly inclined, uneven, or non-parallel surfaces. It is an essential accessory for CNC machining centers, milling machines, mould and die workshops, tool rooms, machine shops, fixture assemblies, and precision engineering facilities, where self-alignment, uniform load distribution, secure clamping, and reliable machining stability are essential.
