Soft Lathe Chuck Jaw: Serrated MPN:HR-223-2.5-OP

Introducing the Soft Lathe Chuck Jaw: Serrated from H R Mfg, the perfect solution for securely holding round parts during the machining process. With a steel construction and serrated jaws, this chuck ensures a non-slip grip on even the most slippery materials. Its square jaw design allows for precise positioning of parts, while its compatibility with chuck diameters ranging from 24 to 36 inches ensures versatility across a range of applications. The serrated groove width and jaw shape work together to deliver a strong grip that minimizes the risk of scratches or damage to your materials. Perfect for use in industries such as aerospace, automotive, medical, and general manufacturing, this chuck is a must-have tool for anyone working with round parts on a lathe. With its durable construction and wide range of compatible diameters, the Soft Lathe Chuck Jaw: Serrated is an investment that will deliver reliable performance for years to come.

Top product features:

• Steel Construction: Provides durability and longevity to the chuck jaw, making it suitable for heavy-duty use in various industries.
• Serrated Jaws: Ensures a strong grip on even slippery materials during the machining process, preventing any scratches or damage to the parts being worked on.
• Compatibility with a Wide Range of Chuck Diameters: Enhances the versatility and functionality of the chuck jaw, allowing for use in various applications across multiple industries.

Top product applications:

• Holding Round Parts During Machining: The serrated jaws provide a strong grip on round parts, ensuring they stay in place while being worked on, and prevent any damage or scratches to the materials.
• In Industries That Use Lathe Machines: The chuck jaw's compatibility with various chuck diameters makes it suitable for use across multiple industries that rely on lathe machines.
• To Prevent Slipping of Material During Machining Process: The serrated grooves provide a secure grip, preventing materials from slipping while being worked on, and ensuring precision in the machining process.