MOULD CLAMP
OverviewThe Mould Clamp is a heavy-duty workholding accessory designed to securely hold moulds, dies, fixtures, and machine components on machine tables during machining, mould making, assembly, and maintenance operations. Its robust construction provides strong clamping force and stable positioning, helping minimize movement and vibration during machining.
₹1,653- Precision-engineered Mould Clamp
- Heavy-duty steel / forged steel construction
- Strong and secure clamping performance
- Suitable for moulds, dies, fixtures, and components
- Precision-machined contact surfaces
- Excellent resistance to wear and deformation
- Rigid design for improved machining stability
- Suitable for use with studs, T-bolts, T-nuts, and nuts
- Available in various sizes and capacities (Model Dependent)
- Designed for continuous industrial use
- Mould clamping
- Die clamping
- CNC machining
- Milling operations
- Drilling operations
- Fixture mounting
- Mould and die manufacturing
- General engineering applications
- Provides strong and stable mould clamping
- Prevents workpiece movement during machining
- Improves machining accuracy and repeatability
- Suitable for different mould and fixture sizes
- Provides excellent rigidity during heavy cutting
- Easy to install and reposition
- Durable construction for long service life
- Low maintenance and reliable performance
| Name | Code | Stud Size | Clamping Range | Clamp Size | Approx weight |
|---|---|---|---|---|---|
| MOULD CLAMP | 934-1 | 12 × 100 mm | 0–35 mm | 110 × 50 mm | 0.35 |
| MOULD CLAMP | 934-2 | 16 × 125 mm | 0–40 mm | 135 × 60 mm | 0.35 |
| MOULD CLAMP | 934-3 | 20 × 175 mm | 0–50 mm | 160 × 70 mm | 0.35 |
The Banka Mould Clamp is widely used for securely holding moulds, dies, fixtures, and components during milling, drilling, CNC machining, mould making, die manufacturing, assembly, and maintenance operations. It is an essential workholding accessory for mould and die workshops, CNC machining centers, machine shops, tool rooms, automotive industries, production facilities, and precision engineering applications, where strong clamping force, secure positioning, machining stability, and reliable performance are essential for producing accurate and high-quality components.
