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Our Product

Carbine Drills

Providing you the best range of Industrial Solid Carbide Drill, Solid Carbide Drill, Industrial Solid Burnishing Carbide Drill and Solid Burnishing Carbide Drill with effective & timely delivery.

Industrial Solid Carbide Drill

We are leading manaufacturer of Industrial Solid Carbide Drill. These world-class drills are engineered to perfection by our team of adept professionals. We endeavor to satisfy our clients offering micro fine grade tungsten carbide rods and flats as per client requirements.

Uses:

These are used for steel, cast iron and exotic material drilling applications.

    Additional Information:

  • Item Code: LD-3

Solid Carbide Drill

We are leading manufacturer of Solid Carbide Drill , which are manufactured using high-grade carbide metal. These are offered in different specifications, which can be further customized as per the requirement of our clients. The solid carbide drill L/D=5 is known for its quality and sturdy body.Providing it with the precision ratio of length, these drills make easy drills on metal or wood. Further, these are also checked by our experts to ensure its high quality standards.These are known for its dimensional accuracy and standard length.

    Additional Information:

  • Item Code: LD-5

Industrial Solid Burnishing Carbide Drill

New Generation Tools Company offers burnishing drills, straight fluted with two flutes in solid carbide that have higher torsional strength compared to spiral fluted tools.Industrial Solid Burnishing Carbide Drill with coolant holes are meant for drilling in short chipping materials such as cast iron, malleable cast iron, etc where accurate and correctly aligned drilled holes are demanded.

Solid Burnishing Carbide Drill

We are manufacturing Solid Burnishing Carbide Drill which is known for its application specific design and sturdiness. A burnishing drill includes a cylindrical drill body connected at its forward end integrally with a shank. The forward end of the drill body includes a first pair of cutting edges inclined radially and rearwardly from the forward most central end of the drill body toward the shank at a first cutting angle. A second pair of cutting edges formed of diamond chips are disposed in a plane intersecting the plane in which the first pair of cutting edges are located.