In order to impart superior running and drilling function we have developed high precision step drill. Our step drills are known for their enhanced performance & durability in all diverse working conditions. To get good step drills, they are properly hardened and grounded to provide longer life and maximum working accuracy to the tools.

Basically Subland Drill is two drills of different diameters that have been combined into one tool but they retain the individual characteristics and geometric properties of each other. The separate and independent flutes and margins of the Subland Drill ensure that their sizes and concentration between diameters is maintained throughout the life of the tool and are never affected by re-sharpening the point or step angles.

Applications:
 
The Subland Drill eliminates secondary operations by drilling multi-diameter holes in one production pass. On certain applications particularly while making holes in steel or cast iron, the Subland drill gives superior tool life as compared to other basic step drill of the same diameter. When drill bushing is applied and the material is being cut through, with Subland Drill ‘Double Margins’ can be supplied at no extra cost. As a result the additional margins will give maximum support and guidance that will give more accurate size and hole location control.

Available in:

• High Speed Steel
• Carbide Tipped
• Solid Carbide

We manufacture high quality Burnishing Drill made from superior quality raw material. A burnishing drill includes cylindrical shank and a drill body connected to the shank.

Description of the tool:

• The burnishing drill includes a cylindrical drill body connected at forward integrally with a shank.
• The forward end of the drill body includes the first pair of cutting edges inclined radial and at rear from the forward most central end of the drill body toward the shank at a first cutting angle.
• The second pair of cutting edges, which is formed of diamond chips, is disposed in a plane intersecting where the first pair of cutting edges is located, for maximum external margins of the first pair of cutting edges toward the shank at a second cutting angle.

Coolant Fed Drill is designed to give outstanding accuracy and to achieve better efficiency and cost reduction. Coolant Feed Drill has longer and stronger blades and their wave edges are best suited for chip mounting. They also provide excellence to the strength of the insert and are available for re-cutting, if necessary.
 
Description:
 
Our Coolant Feed Drill is made from a special alloy cast iron that shows high temperature strength. Their surfaces are specially treated for resistance towards corrosion and abrasion. And as the lubricating ability of the flute is good, chip is eliminated very easily.
 
Application:
 
They are used for drilling into steel, cast iron, chilled cast iron, malleable cast iron, non-ferrous heavy metal, non-ferrous light metal, and abrasive plastic.
 
Insert replacement caution:

• After usage, clean the holder and insert the flute using an air gun before mounting a new insert.
• Avoid the drill from being exposed to any shock.
• The performance of the drill varies between 20-40% according to the methods used for re-cutting. If the drill is not re-coated, the performance of the drill will deteriorate that can cause chipping and damage. (For better performance, we recommend our re-cutting and re-coating techniques activities)
• While doing re-cutting work, it is required to make the surface rough where cutting edge should be less than 1.5s, and the height between both the blades should be within 0.02mm.

 
How to Use:

• Remove the clamp screw when replacing the insert.
• Mount the insert when turning it towards right and turn left after adjusting the insert’s mark point to be in the direction of the screw head.
• Tighten the screw while pressing the end of the insert with fingers.

Our range of Step Cutters includes spiral rings. When running/drilling the metal, the length and space in relation to the cylinders of the cutters are placed in upstanding position. The blades are placed in spaced relationship along the spiral rings, while the stationary blades are positioned at the cutter and between the feeder and bottom cutter.
 
 
 
 
 
 
 

Our comprehensive range of ball nose cutter is manufactured from qualitative carbide rods. The end of these cutters are hemispherical, which is ideal for machines with 3-dimensional contoured shapes in machining centers. They are also used to add radius at perpendicular faces to reduce stress concentrations in machines. We also customize these cutters in different coatings, rake angle and number of cutting surfaces as required by our clients.

We manufacture and supply high grade Special Form Cutters with Taper Shank in HSS & Brazed Carbide. They are specifically used in engineering industries. Our manufactured high quality endmill is widely used in industrial milling applications that have the capability to cut in all directions. These high performance and durable quality endmills are used in various application areas like:

• Profile milling
• Tracer milling
• Face milling
• Plunging

We manufacture flame hardened steel slitting cutters that are being variously used in different industrial applications. These cutters offer high tolerance & optimal chip breaker design with abrasion resistant edge. They are treated under controlled conditions to increase the cutting edge rigidity. We offer these in different types as per client’s need & machine compatibility.

Some of the features are:

• High speed
• Dust free

Product/Service:

• Precision slitting

We offer solid carbide end mills that are trusted and relied by our valued customer. We make use of highly sophisticated 6-Axis CNC tool cutter grinding machines, which produce carbide end mill of the most superior quality. Solid carbide end mills are produced from ultra fine micro grain carbide that has high resistance towards wear and tear. And when combined with titanium nitride (TiN) and TiALN coatings, these endmills are capable for machining materials that have hardness of up to 55 HrC.
 
We specialize in the production of solid carbide end mills:

• Ranging from 3- 20mm, to  up to 200mm in length
• We also provide two, three, and four flute square, ball nose and corner radius end mills, in both standard and non-standard sizes tailored according to customers needs.

We manufacture Special solid carbide reamers according to industry standards and as well as in customized options, as per clients’ specifications. Solid Carbide Reamers are used to widen the holes in the metals. Mainly used in places of metalwork, Solid Carbide Reamers is used to widen the holes in the metals and it can be used in the spindles of machine tools like drill presses etc. The special design of this reamer ensures that cutting starts simultaneously with the starting of machine.

Chasers and Reamers are one of our most popular cutting tools. We manufacture & supply high quality Steel Reamers which is a popular cutting tool used in the industry. The Special Reamers are developed from high quality steel and has been widely acclaimed for its efficient performance under difficult conditions. It requires less maintenance, has higher durability and offer resistance from wear and tear. It is a very useful tool which makes the existing holes in metals more accurate while improving the surface finish.

We manufacture superior quality assorted Single Point Tools. It is well known that rotating the single point dresser is important to maintain a sharp point, to reduce the wear and tear, and minimize its thermal buildup. For years this process means the drills will routinely loose setscrews, re-indicating the shaft from 20° to 40° with uneven wear and tear as the rotation varies with each machine operator.

Its advantages are many:

• Longer tool life - ease in usage encourages more frequent rotation, producing more even wear and longer life
• Sturdier design - it withstands 2 to 3 times more torque than other single point dressers, and eliminates excess vibration and chatter.
• Brass head reduces heat buildup - diamond tools have increased life over conventional steel tools.