Kurt Machine Vise: 8-Station, 6.0000" Jaw Width, 11" Jaw Opening, Stationary Base, Precision CTTL64CS Applications
- CNC milling and machining centers requiring multi-part workholding.
- Production manufacturing environments focused on increasing throughput.
- Precision machining of aluminum, steel, stainless steel, and engineered materials.
- Toolrooms, fabrication facilities, and industrial machine shops.
- Vertical machining applications requiring stable and repeatable clamping.
- Operations involving drilling, milling, tapping, boring, and finishing processes.
- High-volume production setups where multiple parts can be machined in a single cycle.
The eight-station configuration helps maximize machine productivity by allowing multiple workpieces to be securely clamped and machined simultaneously.
Kurt Machine Vise: 8-Station, 6.0000" Jaw Width, 11" Jaw Opening, Stationary Base, Precision CTTL64CS Specifications
| Model | CTTL64CS |
|---|---|
| Jaw Width | 6.0000" (152.4 mm) |
| Jaw Height | 1.6875" |
| Throat Depth | 1.6875" |
| Maximum Jaw Opening Capacity | 11" |
| Number of Stations | 8 |
| Orientation | Vertical |
| Operation Type | Manual |
| Base Motion Type | Stationary |
| Base Length | 400 mm |
| Base Width | 6.0000" |
| Base Height | 1.2500" |
| Overall Length | 400 mm |
| Overall Width | 400 mm |
| Overall Height | 22.5000" |
| Maximum Clamping Force | 5,550 Ft/Lb |
| Jaw Style | Detachable, Standard |
| Jaw Material | Aluminum; Steel |
| Vise Material | Cast Iron; Steel |
| Includes | Tower |
| Precision | Yes |
| UNSPSC Code | 27112100 |
Kurt Machine Vise: 8-Station, 6.0000" Jaw Width, 11" Jaw Opening, Stationary Base, Precision CTTL64CS Features & Benefits
- Eight-station workholding system increases machining efficiency by allowing multiple parts to be clamped and processed during a single setup.
- Stationary base construction provides exceptional rigidity and stability for precision machining operations.
- 6.0000" jaw width and 11" jaw opening accommodate a wide range of workpiece sizes and machining requirements.
- 1.6875" jaw height and throat depth deliver secure gripping performance while maintaining accessibility to machined surfaces.
- Vertical orientation design optimizes machine table space and improves accessibility in specialized machining applications.
- Precision manufacturing tolerances help ensure repeatable positioning and consistent machining accuracy.
- Heavy-duty cast iron and steel body provides excellent vibration resistance and long-term durability in demanding production environments.
- Detachable standard jaws allow easier maintenance, replacement, and customization for specific workholding requirements.
- Manual operation offers dependable, straightforward clamping control without the need for hydraulic or pneumatic systems.
- Maximum clamping force of 5,550 Ft/Lb helps maintain secure workpiece retention during aggressive machining operations.
- Multi-material jaw construction combines aluminum and steel components for strength and versatility.
- Tower-style configuration enables high-density workholding and improved machine utilization.
Stationary vises are commonly used for machining straight surfaces and can be fastened to machine tables either parallel to the cutting path or at a right angle, providing flexible setup options for a variety of machining operations.
Why Choose the Kurt Machine Vise: 8-Station, 6.0000" Jaw Width, 11" Jaw Opening, Stationary Base, Precision CTTL64CS
- Eight-station design maximizes productivity and machine utilization.
- Precision construction supports accurate and repeatable machining results.
- Heavy-duty cast iron and steel materials provide long service life.
- 5,550 Ft/Lb clamping force helps secure parts during demanding operations.
- Vertical configuration optimizes workspace and enhances accessibility.
- Ideal for CNC machining centers, production environments, and precision manufacturing applications.
The Kurt Machine Vise: 8-Station, 6.0000" Jaw Width, 11" Jaw Opening, Stationary Base, Precision CTTL64CS delivers reliable, high-density workholding performance for manufacturers seeking increased productivity, exceptional accuracy, and long-term durability in demanding machining operations.
