Dormer K52010.0X100.0 0110171 Toolbits Square h13 DIN 4964 B 10.00 mm x 100.00 mm

# HSS Tool Bits The Dormer K52010.0X100.0 Toolbit is a high-quality square toolbit designed for precision machining in a variety of industrial applications. Manufactured by Dormer Pramet, a leader in cutting tools, this toolbit is specifically engineered to meet the demanding requirements of the metal-cutting industry, offering exceptional performance and durability. ## Key Features • **Material**: Crafted from high-speed steel (HSS), providing superior hardness and wear resistance for prolonged tool life. • **Dimensions**: Features a square profile with a size of 10.00 mm x 100.00 mm, ideal for a range of cutting applications. • **Standard Compliance**: Manufactured according to DIN 4964 specifications, ensuring compatibility with industry standards and reliability. • **Versatile Design**: Suitable for various machining processes, including turning, milling, and shaping, making it a versatile addition to any toolset. • **Precision Engineering**: Designed for optimal performance, delivering high-quality finishes and precise dimensions in machined parts. ## Applications • **Metal Cutting**: Perfect for cutting and shaping metals in automotive, aerospace, and heavy engineering industries. • **Tooling Systems**: Compatible with various tooling systems and setups, enhancing operational flexibility and efficiency. • **General Machining**: Ideal for workshops and manufacturing environments where precision and durability are paramount, especially in high-volume production. ## Benefits • **Enhanced Productivity**: The robust construction of the toolbit minimizes downtime, allowing for continuous operation and increased output. • **Cost-Effectiveness**: With its durable HSS material, users experience less frequent replacements, leading to lower overall tooling costs. • **Reliable Performance**: Dormer Pramet's expertise in cutting tool technology ensures consistent performance and quality, instilling confidence in users. --- *Product information compiled with AI assistance for reference purposes.*