A revolving center (or live center) is used in machining to support and rotate a workpiece on a lathe or similar machine. It helps to keep the workpiece stable, centered, and aligned during cutting or shaping operations, ensuring accurate and smooth machining. Features: Mounting Type: JT2 Taper Mounting Tailstock Taper: 2MT (Morse Taper) Bearing Case Length: 24 mm, tailored to accommodate Myford lathe specifications Construction: High-quality materials for durability and precision Compact Design: Small body for better clearance and ease of use in tight spaces Benefits: Precision Alignment: The JT2 taper mounting provides a secure and accurate fit, ensuring precise alignment of the workpiece during turning operations. Myford Compatibility: Specifically designed to meet the specifications of Myford lathes, making it an ideal choice for users of these machines. Durable Bearings: Equipped with high-quality bearings that ensure smooth rotation and longevity, reducing maintenance needs. Compact and Efficient: The small body design allows for better access and maneuverability, particularly in confined working areas. Applications: Suitable for use in metalworking and machining operations where precision and reliability are crucial. Ideal for turning applications on Myford lathes, ensuring compatibility and optimal performance. Perfect for hobbyists and professional machinists requiring a compact and precise live centre for their turning projects.

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 A ball turning tool is used in machining to create round or spherical shapes on metal or other materials. It's commonly used for making parts like ball bearings, spherical valves, or curved ends of rods with precise dimensions and smooth surfaces. Product Name: Lathe's Ball Turning Attachment with Size Scale Base Type: Round base Bit Options: Available in double bit Available in single bit Adjustable Head: Head can be adjusted to accommodate different ball sizes, providing flexibility for various projects. Maximum Concave Ball Diameter: Maximum possible concave ball diameter is 42 mm Potential for larger diameters depending on the user's skills and expertise. Key Features: Size Scale: Integrated size scale for precise adjustments and accurate ball turning. Versatile Bit Options: Choice between single bit and double bit attachments, catering to different user preferences and project requirements. Adjustability: Head adjusts easily to produce different ball sizes, enhancing the tool's versatility. Construction: Made from high-quality materials ensuring durability and longevity. Precision-engineered to withstand the demands of ball turning operations. Applications: Ideal for turning concave and convex balls on a lathe. Suitable for both hobbyists and professional machinists. Usability: User-friendly design with straightforward setup and operation. Smooth and easy adjustments for precise control during ball turning. Performance: Capable of producing accurate and consistent ball shapes. Enhanced flexibility allows for the creation of balls larger than the specified maximum diameter, based on user expertise. Dimensions: Compact Design: Optimized to fit a wide range of lathes, making efficient use of space and ensuring ease of handling. Additional Features: Integrated Size Scale: Provides clear and accurate measurements for precise ball turning. Robust Construction: Ensures stability and reliability during use. Skill Enhancement: Offers potential for larger diameter balls with increased user skill and experience. Ease of Use: Simple to set up and adjust, making it accessible for users of all skill levels. Designed to provide smooth operation and precise control, enhancing the overall turning experience. This Lathe's Ball Turning Attachment with Size Scale is an essential accessory for any lathe, providing the capability to turn precise and consistent balls with ease and accuracy.

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A die holder is a tool used in machining and metalworking to securely hold a die in place while cutting threads on a workpiece. Dies are typically used to create external threads on cylindrical objects like bolts and rods. The die holder clamps the die firmly, allowing it to be rotated evenly around the workpiece to create precise and accurate threads. Introducing the New Supreme Die Holder, your comprehensive solution for precise and efficient threading operations. Designed for versatility and durability, this die holder ensures top-notch performance in various threading applications. Key Features: Shank Options: Available with 2MT (Morse Taper 2) and 3MT (Morse Taper 3) shanks, providing flexibility for different machine setups and compatibility. High-Quality Construction: Crafted with hard and precisely ground materials to ensure durability and longevity. Precision engineering guarantees accurate threading results every time. Interchangeable Die Holders: Equipped with interchangeable die holders, accommodating a variety of die sizes. Compatible with die sizes: 13/16", 1", 1-5/16", and 1-1/2". Thread Specification: Designed to handle threads with a specification of M14 x 1, catering to common threading requirements.

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 Use of product- A ball turning tool is used in machining to create round or spherical shapes on metal or other materials. It's commonly used for making parts like ball bearings, spherical valves, or curved ends of rods with precise dimensions and smooth surfaces. Product Name: Lathe's Ball Turning Attachment with Size Scale Base Type: Oval base Bit Options: Available in double bit Available in single bit Adjustable Head: Head can be adjusted to accommodate different ball sizes, providing flexibility for various projects. Maximum Concave Ball Diameter: Maximum possible concave ball diameter is 42 mm Potential for larger diameters depending on the user's skills and expertise. Key Features: Size Scale: Integrated size scale for precise adjustments and accurate ball turning. Versatile Bit Options: Choice between single bit and double bit attachments, catering to different user preferences and project requirements. Adjustability: Head adjusts easily to produce different ball sizes, enhancing the tool's versatility. Construction: Made from high-quality materials ensuring durability and longevity. Precision-engineered to withstand the demands of ball turning operations. Applications: Ideal for turning concave and convex balls on a lathe. Suitable for both hobbyists and professional machinists. Usability: User-friendly design with straightforward setup and operation. Smooth and easy adjustments for precise control during ball turning. Performance: Capable of producing accurate and consistent ball shapes. Enhanced flexibility allows for the creation of balls larger than the specified maximum diameter, based on user expertise. Dimensions: Compact Design: Optimized to fit a wide range of lathes, making efficient use of space and ensuring ease of handling. Additional Features: Integrated Size Scale: Provides clear and accurate measurements for precise ball turning. Robust Construction: Ensures stability and reliability during use. Skill Enhancement: Offers potential for larger diameter balls with increased user skill and experience. Ease of Use: Simple to set up and adjust, making it accessible for users of all skill levels. Designed to provide smooth operation and precise control, enhancing the overall turning experience. This Lathe's Ball Turning Attachment with Size Scale is an essential accessory for any lathe, providing the capability to turn precise and consistent balls with ease and accuracy.

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Precision Knurling Made Easy – Quick Action Scissor Type Knurling Tool Holder Engineered for Professional Results Designed for machinists and DIY metalworkers, this quick-action scissor type knurling tool holder offers reliable, consistent performance. The self-centering design reduces pressure on your lathe and workpiece, ensuring precise knurling every time. About the Brand Buyohlic is a leading brand that specializes in equipment and tools. Along with thousands of motivated employees, Buyohlic is dedicated to providing our customers with tough equipment & tools at incredibly low prices. Today, Buyohlic's products are sold in more than 200 countries.

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A fly cutter is a machining tool used in milling operations to create flat surfaces or contours on a workpiece. It typically consists of a single-point cutting tool (like a lathe tool bit) mounted in a spindle or fly cutter arbor. The cutter rotates as it cuts, and the workpiece is typically moved underneath it on a milling machine table. High-Quality Fly Cutter Head: Precision-engineered 2-1/2" inch head fly cutter, perfect for surface milling and creating smooth, flat finishes on your workpieces. Durable R8 Shank: Comes with an R8 shank compatible with 7/16" UNF drawbars, ensuring a secure and stable connection to your milling machine for optimal performance. Versatile HSS Tool Bit: Includes a 3/8" square x 4" inch High-Speed Steel (HSS) M2 tool bit, known for its excellent toughness and wear resistance, ideal for a variety of cutting applications. Easy to Use: Designed for straightforward installation and adjustment, making it suitable for both professionals and hobbyists looking to achieve precise milling results. Efficient Performance: The combination of the fly cutter head and HSS tool bit allows for efficient material removal and a superior surface finish, reducing machining time and effort. Robust Construction: Made from high-quality materials to ensure long-lasting durability and reliability in demanding machining environments. Versatile Applications: Perfect for milling flat surfaces, facing operations, and removing large amounts of material, making it a versatile addition to your machining toolkit. Compatibility: Designed to work seamlessly with most milling machines that accept R8 shanks, providing flexibility and convenience in your machining operations. Package Includes: One 2-1/2" inch head fly cutter with R8 shank (7/16" UNF drawbar) and one HSS M2 3/8" square x 4" inch tool bit. Enhance your milling capabilities with this high-quality fly cutter set, designed for precision, durability, and ease of use. {Internal Reference: HM}

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A parting cut off tool holder is used in machining to hold a parting tool, which is a type of cutting tool used to create deep grooves or part off a workpiece from a larger stock material. The parting tool holder securely positions the parting tool in the correct orientation for making precise cuts. This tool holder is commonly employed in lathe operations for tasks such as cutting off workpieces to a desired length or creating deep grooves for various purposes such as threading or separating parts. It provides stability and control during the cutting process, ensuring accurate and consistent results. Versatile Tool Holder: Lathe parting tool holder designed for precision cutting and parting operations on lathes. High-Quality Construction: Constructed from durable materials such as High Speed Steel for long-lasting durability and stability during machining operations. Secure Clamping Mechanism: Equipped with a secure clamping mechanism that firmly holds the cutting tool in place, minimizing vibrations and ensuring accurate cuts. Compatibility: Compatible with a wide range of lathe models and sizes, making it suitable for various machining applications in workshops or industrial settings. Easy Installation: Simple and straightforward installation process, with clear instructions provided for hassle-free setup on your lathe machine. Smooth Operation: Designed to deliver smooth and consistent cutting performance, enhancing efficiency and productivity in your machining projects. Compact and Space-Saving: Compact design saves space in your workshop or tool storage area, while still offering exceptional performance and functionality. Wide Application: Ideal for use in metalworking, woodworking, and other machining applications where precise parting and cutting operations are required. Professional-Grade Tool: Suitable for both amateur hobbyists and professional machinists alike, offering professional-grade performance at an affordable price point. Enhanced Control: Provides enhanced control and stability during cutting operations, resulting in cleaner cuts and reduced material waste. Reliable Performance: Engineered to deliver reliable performance even under demanding machining conditions, ensuring consistent results with every use. Tools Specifications:- 1 x blade (1/16" x 5/16" x 3-1/2") with 1 x holder (6 mm Shank) 1 x blade (1/16" x 5/16" x 3-1/2") with 1 x holder (8 mm Shank) 1 x blade (1/16" x 5/16" x 3-1/2") with 1 x holder (10 mm Shank) 1 x blade (1/8" x 3/4" x 6") with 1 x holder (12 mm Shank) 1 x blade (3/32" x 1/2" x 4-1/2") with 1 x holder (10 mm Shank) {Internal Reference: HM}

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Use of product- A parting cut off tool holder is used in machining to hold a parting tool, which is a type of cutting tool used to create deep grooves or part off a workpiece from a larger stock material. The parting tool holder securely positions the parting tool in the correct orientation for making precise cuts. This tool holder is commonly employed in lathe operations for tasks such as cutting off workpieces to a desired length or creating deep grooves for various purposes such as threading or separating parts. It provides stability and control during the cutting process, ensuring accurate and consistent results. Versatile Tool Holder: Adjustable lathe parting tool holder designed for precision cutting and parting operations on lathes. Adjustable Design: Features an adjustable design that allows for easy customization of tool height and angle, ensuring precise cutting performance. High-Quality Construction: Constructed from durable materials such as High Speed Steel for long-lasting durability and stability during machining operations. Secure Clamping Mechanism: Equipped with a secure clamping mechanism that firmly holds the cutting tool in place, minimizing vibrations and ensuring accurate cuts. Compatibility: Compatible with a wide range of lathe models and sizes, making it suitable for various machining applications in workshops or industrial settings. Easy Installation: Simple and straightforward installation process, with clear instructions provided for hassle-free setup on your lathe machine. Smooth Operation: Designed to deliver smooth and consistent cutting performance, enhancing efficiency and productivity in your machining projects. Adjustable Cutting Depths: Allows for precise adjustment of cutting depths, enabling users to achieve the desired level of precision and accuracy in their work. Compact and Space-Saving: Compact design saves space in your workshop or tool storage area, while still offering exceptional performance and functionality. Wide Application: Ideal for use in metalworking, woodworking, and other machining applications where precise parting and cutting operations are required. Professional-Grade Tool: Suitable for both amateur hobbyists and professional machinists alike, offering professional-grade performance at an affordable price point. Enhanced Control: Provides enhanced control and stability during cutting operations, resulting in cleaner cuts and reduced material waste. Reliable Performance: Engineered to deliver reliable performance even under demanding machining conditions, ensuring consistent results with every use. Tools Specifications:- 1 x blade (1/8" x 3/4" x 6") with 1 x holder (10 mm Shank) 1 x blade (1/8" x 3/4" x 6") with 1 x holder (12 mm Shank) 1 x blade (3/32" x 1/2" x 4-1/2") with 1 x holder (8 mm Shank) 1 x blade (3/32" x 1/2" x 4-1/2") with 1 x holder (10 mm Shank) {Internal Reference: HM}

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Use of product-A multipoint revolving center, commonly known as a live center, serves as a vital component in machine tool applications, particularly within lathe operations. Mounted in the tailstock, it supports workpieces at the non-driven end, reducing deflection and vibration during machining, thereby enhancing surface finish and dimensional accuracy. By evenly distributing load and minimizing friction, it facilitates smooth rotation of the workpiece, crucial for turning, facing, drilling, and other lathe operations. Its interchangeable tips accommodate various workpiece shapes and sizes, ensuring proper centering and support, thus improving machining efficiency and accuracy. Overall, the multipoint revolving center plays a pivotal role in enhancing the quality and productivity of machining processes. Multi-Point Design: Experience superior stability and support with our multipoint revolving center. Equipped with multiple precision-ground points, it ensures even distribution of force and minimizes deflection, resulting in smoother cuts and finer finishes on your workpieces. Versatile Functionality: From light-duty turning to heavy-duty machining, our revolving center adapts to a wide range of applications with ease. Whether you're working with wood, metal, or composite materials, enjoy the versatility and flexibility offered by our multipoint design. Precision Machining: Achieve unparalleled accuracy and consistency in your lathe operations. Each component of our revolving center is precision-machined to tight tolerances, ensuring reliable performance and exceptional results with every use. Durable Construction: Built to withstand the rigors of continuous use, our revolving center is constructed from high-quality tool steel for maximum durability and longevity. The rugged housing and hardened steel points deliver unmatched strength and resilience, making it ideal for demanding machining tasks. This set is supplied in a plastic suitcase as advertised, and comes with 7 different tips- 5 x live centers, 1 x female center, 1 x pipe center tip with an ejecting key Easy Installation: Designed for hassle-free setup and operation, our revolving center features a user-friendly design that allows for quick and easy installation on your lathe. Simply secure it in place and enjoy seamless integration into your existing workflow. Smooth Revolving Action: Experience smooth and precise rotation with our revolving center, thanks to its high-quality bearings and efficient design. Whether you're turning cylindrical, conical, or irregular-shaped workpieces, enjoy consistent performance and effortless operation. Enhanced Productivity: Boost your productivity and efficiency with the reliability and precision of our multipoint revolving center. Spend less time on setup and adjustments, and more time on actual machining, allowing you to complete projects faster and with greater accuracy. {Internal Reference: HM}

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About The Brand Buyohlic is a leading brand that specializes in equipment and tools. Along with thousands of motivated employees, Buyohlic is dedicated to providing our customers with tough equipment & tools at incredibly low prices. Today, Buyohlic's products are sold in more than 200 countries.

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About The Brand Buyohlic is a leading brand that specializes in equipment and tools. Along with thousands of motivated employees, Buyohlic is dedicated to providing our customers with tough equipment & tools at incredibly low prices. Today, Buyohlic's products are sold in more than 200 countries.

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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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