Our Screw Slotting Cutters are manufactured using high-quality alloy steel and advanced machining technology to provide precise slot cutting, durability, and long-lasting performance. These cutters are specially designed for accurate slotting operations in screws, fasteners, and metal components used across various industrial applications.

Widely used in engineering, automotive, hardware, and metalworking industries, these slotting cutters deliver smooth cutting performance with excellent sharpness and wear resistance. Designed for heavy-duty industrial use, they help improve productivity while ensuring consistent and accurate slot formation.

Available in different sizes and specifications as per customer requirements.

Features:

High precision slot cutting
Strong and durable construction
Sharp cutting edge
Rust & wear resistant
Long operational life
Smooth finishing

Applications:

Screw Manufacturing Industry
Fastener Industry
Engineering Workshops
Metal Processing Units
Automotive Industry

Specifications:

Material: Alloy Steel / HSS / Tungsten Carbide
Shape: Circular / Customized
Finishing: Polished
Hardness: Industrial Grade

Benefits:

Ensures accurate and smooth slotting
Reduces machine downtime
Improves production efficiency
Minimizes material wastage
Low maintenance requirement
Suitable for continuous industrial operations

Engineered for Performance and Accuracy

These screw slotting cutters are crafted from high-speed steel and fully hardened to yield exceptional strength and performance. With resharpenable, precision-ground edges and a tight 0.02 mm tolerance, they deliver high cutting force and clean, accurate slots. They are suitable for manual and CNC applications, supporting diverse industrial needs in metal cutting.

Adaptable to Various Applications

The cutter's customizable blade size and teeth count, along with a range of diameters, enable it to handle multiple slot widths and component types. Available with polished or black oxide finishes and optional coatings, the tool is compatible with slotting and milling machines, ensuring flexibility for export, import, and supply chains across India and globally.

FAQ's of Screw Slotting Cutter:

Q: How is the screw slotting cutter used for cutting slots in metal components?

A: The cutter is mounted onto an arbor and operated rotationally on a slotting or milling machine. It accurately cuts slots into screw heads and similar metal pieces, ensuring clean and uniform results due to its sharp, precision-ground teeth.

Q: What are the customization options for blade size and slot width?

A: Blade sizes, number of teeth (12-40), slot width, diameter (20-150 mm), and coatings can all be tailored to the application's requirements, accommodating various metalworking needs and slot dimensions.

Q: When should the cutter be resharpened and how does this benefit the operation?

A: The cutter should be resharpened when cutting efficiency or edge sharpness diminishes. Resharpening extends the tool's usable life, maintains high cutting performance, and reduces long-term tooling costs.

Q: Where can this cutter be utilized within manufacturing processes?

A: It is suitable for use in slotting machines and milling machines, commonly employed in manufacturing environments that assemble, repair, or modify screws, bolts, and related metal components.

Q: What is the process for achieving high slotting accuracy with this cutter?

A: The precision-ground teeth and rigid construction ensure the cutter maintains close tolerances (0.02 mm). Proper setup, secure mounting, and appropriate feed speeds all contribute to achieving high accuracy during cutting.

Q: How does the cutter's material and treatment improve its durability?

A: Fabricated from fully hardened high-speed steel and available with optional anti-corrosive coatings, the cutter resists wear and deformation, providing long-lasting durability and consistent cutting performance.

Q: What are the main benefits of using this slotting cutter in metalworking?

A: Key benefits include high cutting speed, exceptional slotting accuracy, robust anti-corrosive and wear-resistant properties, suitability for both manual and CNC operations, and flexible configuration for diverse applications.

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