Carbide Mold, Tool & Die Making Bur Extra Long (SG-43) Sin - SGS Tool Company

Specifications

• Manufacturer: SGS Tool Company
• Model Number: 14200
• Product Type: Carbide Bur (Rotary File)
• Material: Solid Carbide
• Design: Extra-Long Shank
• Weight: Not specified
• Dimensions: Not specified

Key Features

• Solid Carbide Construction: Crafted from high-grade solid carbide for maximum hardness, strength, and resistance to wear and heat.
• Extra-Long Design: Engineered with an extended shank length to provide exceptional reach into deep cavities, internal features, and hard-to-access areas.
• Precision Ground Fluting: Features a meticulously ground cutting geometry designed for efficient material removal and consistent, smooth finishes.
• Application-Specific Design: Optimized for the rigorous demands of mold, tool, and die making, ensuring suitability for high-precision applications.

Applications

• Mold Making: Ideal for shaping, finishing, and refining intricate details in mold cavities.
• Tool Fabrication & Modification: Used in the creation and adjustment of precision tools.
• Die Sinking & Repair: Essential for creating new dies or repairing existing ones, including deburring and material removal in complex geometries.
• Deburring & Chamfering: Effectively removes sharp edges and creates precise chamfers on machined components.
• Contouring & Shaping: Suitable for detailed contouring and shaping operations on various materials, particularly in areas requiring extended reach.
• Material Compatibility: Excels in processing hardened steels, stainless steels, cast iron, and various high-temperature alloys.

Benefits

• Enhanced Reach: The extra-long design eliminates the need for tool extensions, simplifying operations in deep-seated or confined spaces and improving accessibility.
• Superior Durability: Solid carbide construction ensures extended tool life, reducing replacement frequency and lowering operational costs, especially when working with challenging materials.
• Precise Material Removal: Delivers consistent and accurate cutting performance, leading to high-quality surface finishes and dimensional accuracy crucial for mold, tool, and die applications.
• Increased Productivity: Efficient cutting action and robust design minimize vibration and tool deflection, allowing for faster material removal rates and reduced cycle times.
• Versatile Performance: Effectively tackles a range of tasks from rough shaping to fine finishing, making it a versatile addition to any precision machining toolkit.