At Vega Tools, we are proud manufacturers and global exporters of CT Brazed Side and Face Cutters, designed for high-performance milling operations. Unlike conventional plain milling cutters, our side and face cutters are engineered with cutting edges on both the face and peripheral sides, allowing superior material removal and efficient performance in various machining applications. These cutters are available in a wide range of diameters and dimensions, specifically tailored to meet diverse industrial needs. Whether for slotting, parting, or deep shoulder milling, Vega Tools ensures unmatched precision and durability with every product. Key Features: High-Quality CT Brazed Cutters made from premium-grade materials Precision-ground edges for accurate and clean cuts Available in various sizes based on application needs Durable and long-lasting performance, even in high-load operations Ideal for automotive, aerospace, mold-making, and general engineering sectors Countersinks for All Applications In addition to cutters, Vega Tools also manufactures premium-grade countersinks, crafted for precise deburring and countersinking operations. The angle of the countersink plays a vital role in its application, and we offer a variety to meet industry standards: 60° – Perfect for deburring tasks 75° – Ideal for rivet head preparation 82° – Standard for US countersunk screws 90° – General-purpose countersinking 120° – Specially designed for sheet metal rivets Each countersink is rigorously tested in our in-house labs to ensure flawless performance and user satisfaction. Our dedication to quality guarantees that you receive a product that is both reliable and efficient.

Countersinks are essential tools in any machining or fabrication process, available in a variety of shapes and sizes to suit different needs. Primarily used for deburring drilled holes and creating space for countersunk screws, these tools ensure clean, smooth finishes and precision fits. Our countersinks feature a conical head design, which is ideal for penetrating existing drilled holes. The conical shape aids in effective deburring and countersinking, making it easier to achieve professional-quality results. Available Countersink Angles and Their Applications: 60° – Ideal for deburring applications 75° – Suitable for accommodating rivet heads 82° – Designed for countersunk screws (US standard) 90° – Commonly used for standard countersunk screws 120° – Perfect for countersinking sheet metal rivets At our facility, each countersink is rigorously tested in our in-house quality control labs to ensure top-notch performance and durability. We are committed to delivering products that meet the highest standards so that you never face any issues during operation. Why Choose Our Countersinks? Precision-engineered for various applications Manufactured from high-grade materials Thoroughly tested for durability and accuracy 24/7 customer support to assist you post-purchase When you choose our countersinks, you’re not just buying a tool — you're investing in reliability, performance, and outstanding support.

Cutting tools are referred to as “cutters.“ They are small rods with a razor-type edge. Unlike the normal cutting tools that dissect materials like blades, the role of CT Brazed Drills is to remove stock from materials in an industrial environment setting. The CT brazed drills cut larger materials, and the cutting tool has to be rigid in completing the machine duties. Cutting tools are available in various designs, types, and specifications in the engineering sector. Among the carbide metal tools, this is one of the most popular ones. They are manufactured from carbide material, and the metallic cutters are covered with a carbide layer. The cutters are tipped with a carbide cutting edge that will strengthen the tool and pave the way for better cutting performance. For various reasons, CT Brazed Drills are used in modern engineering and industrial applications. The carbide cutting tip or carbide coating enhances the physical qualities of the cutting tool, making it competent for the duties it is completing. Carbide enables cutting tools to withstand superior operating temperatures while maintaining cutting performance. Due to its superior physical qualities, carbide provides superior benefits to tooling.

A major question for a tool engineer is” What are the limitations of reaming? The conditions under which CT Brazed reamers are used and the results vary considerably. Some type of reamers that will affect cutting action of the reamers are feeds or speeds, material, guided bushing and their use. But there are a host of principles that you need to keep in mind. Materials and amount to ream If a material is free cutting, a light constructed material would suffice. Conversely if CT Brazed reamers are hard, careful consideration is required for the choice of a solid reamer. No form of deflection is allowed and rake angles are necessary to comply with the work being done. Work hardening is often expressed in certain forms of stainless steel that can be avoided by helical fluting or omitting a usual concentric margin. Is there a need for a concrete margin to be demanded, it has to be kept in width with a hair follicle. Floating holders are almost must on steel as they work hard. CT brazed reamers of Vega tools tend to last longer in stainless steel than high speed. An usual practice is to ream from 0.004 to 0.012 diameter in finishing operations. Hardly it reams over 0.012.. If the size is smaller it is suggested that you ream between 0.006 to 0.0008 hardly in diameter.