A parting tool holder is used in machining on lathes to securely hold parting tools (cut-off tools). It ensures stable, precise cutting operations to separate parts from the workpiece, create narrow grooves, and make clean, accurate cuts. The tool holder minimizes vibrations, aligns the tool properly, and allows for quick blade changes, enhancing efficiency and accuracy in machining tasks. Key Features: High-Quality Material: Made from high-speed steel (HSS), known for its hardness, wear resistance, and ability to withstand high temperatures. Precision Cutting: Ideal for smooth and accurate cuts in a variety of materials, including metal, wood, and plastic. Durable Design: Engineered to last, these blades maintain their sharpness and integrity even under heavy use. Versatile Use: Suitable for use in industrial settings, workshops, and for home improvement projects. Specifications: Material: High-Speed Steel (HSS) Blade Thickness: 1/8" Blade Width: 3/4" Blade Length: 4"

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A parting tool holder is used in machining on lathes to securely hold parting tools (cut-off tools). It ensures stable, precise cutting operations to separate parts from the workpiece, create narrow grooves, and make clean, accurate cuts. The tool holder minimizes vibrations, aligns the tool properly, and allows for quick blade changes, enhancing efficiency and accuracy in machining tasks. Key Features: High-Quality Material: Made from high-speed steel (HSS), known for its hardness, wear resistance, and ability to withstand high temperatures. Precision Cutting: Ideal for smooth and accurate cuts in a variety of materials, including metal, wood, and plastic. Durable Design: Engineered to last, these blades maintain their sharpness and integrity even under heavy use. Versatile Use: Suitable for use in industrial settings, workshops, and for home improvement projects. Set of 4: Each set includes four blades, providing excellent value and ensuring you always have a spare on hand. Specifications: Material: High-Speed Steel (HSS) Blade Thickness: 3/32" Blade Width: 1/2" Blade Length: 4-1/2"

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A parting tool holder is used in machining on lathes to securely hold parting tools (cut-off tools). It ensures stable, precise cutting operations to separate parts from the workpiece, create narrow grooves, and make clean, accurate cuts. The tool holder minimizes vibrations, aligns the tool properly, and allows for quick blade changes, enhancing efficiency and accuracy in machining tasks. Key Features: High-Quality Material: Made from high-speed steel (HSS), known for its hardness, wear resistance, and ability to withstand high temperatures. Precision Cutting: Ideal for smooth and accurate cuts in a variety of materials, including metal, wood, and plastic. Durable Design: Engineered to last, these blades maintain their sharpness and integrity even under heavy use. Versatile Use: Suitable for use in industrial settings, workshops, and for home improvement projects. Specifications: Material: High-Speed Steel (HSS) Blade Thickness: 1/8" Blade Width: 3/4" Blade Length: 6"

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Slitting saw blades are designed to create narrow slots or cuts in metal, plastic, or wood. These cuts can be very thin and precise, making them ideal for applications where accuracy is critical Upgrade your cutting and slitting operations with this high-performance pack of 3 slitting saw blades. Crafted from hardened HSS M2 grade, these blades are engineered to deliver exceptional durability and precision. Key Features: Material: Hardened HSS M2 Grade, achieving 62 ± 2 HRC hardness for long-lasting performance. Versatile Cutting: Perfect for slitting all grades of Aluminum, Brass, Wood, and Mild Steel with ease and precision. Keyway Hole: Designed with a 6.35 x 3.2 mm keyway for a 1" bore, ensuring a secure fit and smooth operation. Teeth per Inch (TPI): Each blade features 72 TPI, providing clean and accurate cuts in various materials. Ideal for Multiple Industries: Perfect for both metalworking and woodworking applications, making it a versatile tool in your workshop. User-Friendly: Each blade is clearly marked with its size, thickness, and bore size, ensuring easy identification and selection. Whether you're working with soft metals or wood, these slitting saw blades are designed to meet your cutting requirements with efficiency and precision. Invest in quality and make your slitting and cutting tasks smoother than ever.

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A parting tool holder is used in machining on lathes to securely hold parting tools (cut-off tools). It ensures stable, precise cutting operations to separate parts from the workpiece, create narrow grooves, and make clean, accurate cuts. The tool holder minimizes vibrations, aligns the tool properly, and allows for quick blade changes, enhancing efficiency and accuracy in machining tasks. Key Features: High-Quality Material: Made from high-speed steel (HSS), known for its hardness, wear resistance, and ability to withstand high temperatures. Precision Cutting: Ideal for smooth and accurate cuts in a variety of materials, including metal, wood, and plastic. Durable Design: Engineered to last, these blades maintain their sharpness and integrity even under heavy use. Versatile Use: Suitable for use in industrial settings, workshops, and for home improvement projects. Set of 4: Each set includes four blades, providing excellent value and ensuring you always have a spare on hand. Specifications: Material: High-Speed Steel (HSS) Blade Thickness: 3/16" Blade Width: 1" Blade Length: 6"

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A parting tool holder is used in machining on lathes to securely hold parting tools (cut-off tools). It ensures stable, precise cutting operations to separate parts from the workpiece, create narrow grooves, and make clean, accurate cuts. The tool holder minimizes vibrations, aligns the tool properly, and allows for quick blade changes, enhancing efficiency and accuracy in machining tasks. Parting Operations: Separation: Used to cut off a portion of the workpiece, separating it from the remaining material. This is commonly done to create distinct parts from a longer piece of stock. Precision: Ensures precise and clean cuts, minimizing waste and ensuring the workpiece's integrity. Grooving: Narrow Cuts: Ideal for creating narrow grooves or slots in the workpiece, which can be useful for various mechanical applications, such as creating O-ring seats or other features. Stability and Support: Secure Hold: Provides a stable and secure hold for the parting blade, reducing vibrations and ensuring consistent performance. Alignment: Keeps the parting tool properly aligned with the workpiece, ensuring accurate cuts and reducing the risk of tool breakage. Versatility: Different Sizes: Can accommodate different sizes and types of parting blades, allowing for flexibility in machining various materials and dimensions. Adjustability: Some tool holders are adjustable, enabling precise control over the depth and angle of the cut. Efficiency: Quick Changes: Allows for quick and easy changes of parting blades, improving workflow efficiency and reducing downtime. Multiple Operations: Often used in combination with other tools and operations on the lathe, contributing to a more streamlined machining process. In summary, a parting tool holder is an essential component in lathe operations, providing the necessary support, stability, and precision for parting, grooving, and other related tasks. It enhances the efficiency and accuracy of machining processes, making it a valuable tool for both professional machinists and hobbyists.

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A slitting saw arbor is a tool used to hold and secure a slitting saw in place during machining operations. It consists of a shaft or spindle onto which the slitting saw is mounted, along with mechanisms for clamping and tightening the saw securely. The arbor is inserted into the spindle of a milling machine, lathe, or other machining equipment, allowing the slitting saw to rotate and perform cutting operations. 1. Purpose: A slitting saw arbor is an essential tool used in machining operations for precision cutting tasks, particularly in metalworking. It serves as a holder for slitting saw blades, enabling accurate and controlled cutting of materials such as metal, plastic, or wood. 2. Construction: The slitting saw arbor typically consists of several key components: Arbor Body: The main body of the arbor, usually made of high-quality steel or other durable materials, providing stability and support for the entire assembly. Arbor Shank: One end of the arbor features a shank that fits into the chuck of a milling machine or similar equipment. The shank may have various configurations to ensure compatibility with different machines. Arbor Flange: Located at the opposite end of the shank, the arbor flange is designed to securely hold the slitting saw blade in place during operation. It often includes bolt holes or slots for attaching the saw blade using mounting screws. Mounting Hardware: Typically includes screws or bolts used to fasten the slitting saw blade onto the arbor flange. These fasteners ensure that the blade remains securely attached during cutting operations, minimizing vibrations and enhancing precision. 3. Features and Variations: Slitting saw arbors come in various sizes and configurations to accommodate different types of slitting saw blades and machining requirements. Key features and variations may include: Arbor Diameter: Available in different diameters to match the size specifications of the slitting saw blades being used. Common sizes range from small arbors for delicate cuts to larger arbors for heavy-duty applications. Arbor Length: The length of the arbor shank can vary to suit the depth of cut required for specific machining tasks. Longer arbors provide greater reach, allowing for deeper cuts, while shorter arbors are suitable for shallower cuts or confined workspaces. Arbor Type: Arbors may be categorized based on their design and application, such as straight shank arbors, R8 arbors, or Morse taper arbors. Each type is compatible with specific milling machines or tooling systems, offering versatility in machine compatibility. Material Compatibility: Slitting saw arbors are designed to withstand the rigors of machining operations, making them compatible with a wide range of materials, including ferrous and non-ferrous metals, plastics, and wood. Slitting Saw Blade:-  Slitting saw arbor Holders can readily accept Saw Blades of Hole Diameter 1/2", 5/8", 3/4", 7/8", & 1". Supplied with HSS (M2 Grade) Circular Saw Blade (Size 63 mm Diameter x 1 mm Thickness x 16 mm Bore) {Internal Reference: HM}

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Use of product- A slitting saw arbor is a tool used to hold and secure a slitting saw in place during machining operations. It consists of a shaft or spindle onto which the slitting saw is mounted, along with mechanisms for clamping and tightening the saw securely. The arbor is inserted into the spindle of a milling machine, lathe, or other machining equipment, allowing the slitting saw to rotate and perform cutting operations. 1. Purpose: A slitting saw arbor is an essential tool used in machining operations for precision cutting tasks, particularly in metalworking. It serves as a holder for slitting saw blades, enabling accurate and controlled cutting of materials such as metal, plastic, or wood. 2. Construction: The slitting saw arbor typically consists of several key components: Arbor Body: The main body of the arbor, usually made of high-quality steel or other durable materials, providing stability and support for the entire assembly. Arbor Shank: One end of the arbor features a shank that fits into the chuck of a milling machine or similar equipment. The shank may have various configurations to ensure compatibility with different machines. Arbor Flange: Located at the opposite end of the shank, the arbor flange is designed to securely hold the slitting saw blade in place during operation. It often includes bolt holes or slots for attaching the saw blade using mounting screws. Mounting Hardware: Typically includes screws or bolts used to fasten the slitting saw blade onto the arbor flange. These fasteners ensure that the blade remains securely attached during cutting operations, minimizing vibrations and enhancing precision. 3. Features and Variations: Slitting saw arbors come in various sizes and configurations to accommodate different types of slitting saw blades and machining requirements. Key features and variations may include: Arbor Diameter: Available in different diameters to match the size specifications of the slitting saw blades being used. Common sizes range from small arbors for delicate cuts to larger arbors for heavy-duty applications. Arbor Length: The length of the arbor shank can vary to suit the depth of cut required for specific machining tasks. Longer arbors provide greater reach, allowing for deeper cuts, while shorter arbors are suitable for shallower cuts or confined workspaces. Arbor Type: Arbors may be categorized based on their design and application, such as straight shank arbors, R8 arbors, or Morse taper arbors. Each type is compatible with specific milling machines or tooling systems, offering versatility in machine compatibility. Material Compatibility: Slitting saw arbors are designed to withstand the rigors of machining operations, making them compatible with a wide range of materials, including ferrous and non-ferrous metals, plastics, and wood. {Internal Reference: HM}

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