The Siegmund Stop and Clamping Square 600 GK Left Nitrided is engineered for ultimate rigidity and precision in heavy-duty fabrication and assembly. Its large, three-dimensional frame and additional bore row provide multiple clamping options and exceptional stability under load. Designed for use as both a stop and a table extension, this component ensures perfect right-angle positioning for large or complex assemblies. Constructed from GGG40 ductile cast iron and plasma-nitrided for superior wear resistance, it delivers long-lasting accuracy and structural integrity.
- Three-dimensional design allows for multiple clamping configurations.
- Extra bore row enhances stability and precision for large setups.
- Functions as both a rigid 90° stop and a table extension.
- GGG40 ductile cast iron provides high strength and vibration resistance.
- Plasma-nitrided surface ensures wear resistance and corrosion protection.
- Stop positioned on the left; recommended for use in matched pairs.
Key Features:
- Delivers extreme stability and load-bearing accuracy for large components.
- Fine scale markings ensure repeatable precision alignment.
- Nitrided surface finish extends lifespan and dimensional accuracy.
- Multiple boreholes increase setup flexibility for complex fixtures.
- Fully compatible with all Siegmund System 22 Metric Series tables and tools.
Specifications:
- Item No.: 2-220134.N
- Series: Siegmund System 22 Metric Series
- Length: 373mm (14.69" Inches)
- Width: 95mm (3.74" Inches)
- Height: 600mm (23.62" Inches)
- Material Thickness: 20mm (0.79" Inches)
- Weight: 48.06 lbs. (21.8 kg.)
- Material: GGG40 Ductile Cast Iron (Nitrided)
- Finish: Plasma Nitrided Hardened Surface
- Stop Orientation: Left Side
- Scale: Standard with Fine Graduations
Common Uses:
The Stop and Clamping Square 600 GK Left provides secure, precision right-angle positioning for large-scale welding, fabrication, and assembly. Ideal for heavy workpieces, it serves as a reliable stop, fixture, or table extension that maintains perfect squareness and stability in demanding System 22 setups.
