SPIETH DSK 60.85, Clamping Set, P\n: K-11106001

The product with the code K-11106001DSK 60.85 from SPIETH-Maschinenelemente is a specialized mechanical component designed for precise adjustment and positioning in various industrial applications. It offers several technical features to meet specific engineering requirements.Key Features and Technical Specifications:Thread Size: 60.85 mmMaterial: High-quality steel or stainless steelSurface Finish: Precision machiningLoad Capacity: Varies depending on material and configurationFine Metric Thread: Enables precise adjustmentsCorrosion Resistance (for stainless steel version): Suitable for harsh environmentsLocking Mechanism: Ensures secure and stable positioningCompact Design: Space-efficient for various installationsCompatibility: Can be integrated into different machines and applicationsThis product is primarily used to fine-tune the precise position or alignment of components within machinery or workpieces in industrial settings. The fine metric thread allows for precise and incremental adjustments, ensuring that the desired position can be achieved accurately.Material options, including high-quality steel or stainless steel, provide flexibility to meet specific application requirements. The stainless steel version offers increased corrosion resistance, making it suitable for use in challenging or corrosive environments. The locking mechanism ensures that once the desired position is set, it remains secure and stable under operational conditions, preventing unwanted movements. The compact design of the component allows for efficient use of space within machinery or equipment assemblies. Its compatibility with various systems and applications makes it a versatile choice for engineers and manufacturers seeking precise positioning solutions.In summary, K-11106001DSK 60.85 from SPIETH-Maschinenelemente is a specialized mechanical component designed for precise positioning and adjustment in industrial applications. Its technical specifications, including thread size, m