HSS Thru Coolant Tap

We are a well acknowledged firm, engaged in meeting the growing needs of the market by manufacturing and exporting quality assured range of Form Tool. This tool is manufactured at our sound production unit, using best quality alloy steel. Available in different specifications, this tool is highly demanded in the market. We check this Form Tool on defined quality parameters to provide the best range to clients.

Features:

• Rust proof in nature
• Can withstand high impact
• Durable and sturdy
  

Our firm is enlisted as one of the renowned name in manufacturing and exporting Thru Coolant Form Cutter. This cutter is used to cut and drill tough metal and stones. To manufacture this cutter, our expert workforce uses finest quality carbide and alloy steel. We can customize this cutter in different specifications as per client's requirements. To provide the best range, we check this Thru Coolant Form Cutter on defined quality parameters.

Features:

• Easy to fix
• Rugged construction
• Resistant to breakage
  

Our organization has attained expertise in this domain in manufacturing and exporting a quality grade of Face Milling Cutters. These cutters are used in different applications such as profile milling, tracer milling & plunging. To comply with set industrial norms, we use finest quality tungsten carbide to manufacture these cutters. Highly demanded, these Face Milling Cutters are available in different technical specifications. We offer these cutters at pocket friendly prices.

Features:

• Light in weight
• Resistant to breakage
• Rust proof finishing 

Further Details:

About the process of Face Milling

Process of Applying

With some interruptions (slots or holes), surfaces are passed via intermittent face milling
During interruptions, do away from milling. These intermittent cuts are required on cutting edges due their ability to cause a number of exit and entry points
Secondarily, the suggested feed rate should be reduced by 50% over the workpiece area where interruptions are being done.

Face milling of thin-walled and deflecting sections

The resultant direction of main cutting forces should be compared with the workpiece stability
During the milling process of axially-weak parts, the cutter used should be 90 deg shoulder milling type, since it gives an axial direction to a large chuck of cutting force
Else, a light cutting cutter can be used
Axial depths of cuts less than 0.5-2 mm should be avoided so as to decrease the axial forces
For smallest number of edges in cut, coarse-pitched cutter should be used

Edging of thin sections using face milling cutters

Off-center position is ideal for cutter in case face milling processes are done on thin section's edges. Along the wall, there is uniform distribution of cutting forces along with smoother cutting that results in reducing the vibration risk.
Selected cutter pitch should be able to keep more than 1 insert in cut at any given time
Vibration risk can be reduced with the use of briefer parallel land and smaller insert radius
Less value is recommended in cutting depth, cutting data and feed/tooth
Lightest possible insert geometry should be used

We are a fast-paced organization, committed to meet the rising needs of our valuable clients by manufacturing and supplying CNC Cutting Tool. This tool is manufactured by our dexterous workforce by using high quality alloy steel and tungsten. We can make this tool available for clients in different specifications as per their requirements. We offer this CNC Cutting Tool at cost effective prices to clients. 

Features:

• Easy to fix
• Light weight
• Abrasion resistance
  

Further Details:

CNC CUTTING TOOLS, CNC HOLDERS We offer cutting These tools are particularly used where 1. High production rates are desired. 2. Higher degree of consistency and accuracy in components are desired. We offer these cutters in :-  Indexable insert cnc turning holders .  Indexable insert face mill cutters.  Indexable insert boring holders.  Indexable insert threading holders. These products are designed & manufactured to suit standard ISO inserts. All these tools are designed to sustain stability at high machining parameters. Accordingly, the steel used are of high grade alloy steel duly heat treated and tempered, and ground. Rotating tools like face mill cutters are dynamically balanced to give high surface finish & stability in dynamic conditions and heavy cutting load.

Application:

Boring - In this, internal diameter of the workpiece is machined

Brake Rotor Turning - Used in automotive brake rotors for resurfacing and turning

Construction - Inserts used in tools that are used in applications of civil engineering and construction like asphalt milling or concrete milling.

Cutoff / Parting - Inserts that are used in applications of parting or cut-off on a lathe machine

Drilling - In the drilling operation, the radial load rating and thrust capacity are very good

Grooving - Inserts to cut a groove in workpieces like shafts etc. Their configurations may include radiused, square-edged etc.

Hobbing - To cut the profile of gear tooth

Milling - CNC Cutting tools are used with milling cutters and may comprise multiple machining tools and operations.

Mining - Inserts are especially designed to mine and cut the rock of marble, granite and allied. Also, used in standard applications of mining and drilling.

Sawing - Inserts for saw blades that comprise reciprocating and rotary

Shearing / Cutting - Inserts for blades or knives which can cut, shear perforate and perform other functions

Tapping - Used for making internal threads and used along with taps

Threading - Chase or develop external threads on workpiece that has cylindrical shape. Common use includes on turning centers or lathes.

Turning - Applicable in turning centers or lathes (vertical / horizontal)

Material & Coating:

Carbide - These are very harder as compared to steel of high-speed type. So, they are long lasting and less prone to wear. The life of cutter is increased with a number of coatings.

Ceramic - Cutting tools are also made using different grades of ceramic. These have good resistance to wear and abrasion, good rate of non-conductivity and excellent thermal features.

Cermet - This is the composite of ceramic-metal, wherein metal is bonded with ceramic powder. It has appreciable thermal properties that disallows bonding of chips to the insert surface.

Cobalt - These are harder in comparison to high-speed steel. These cobalt steel tools are used to mill SS and alloys.

Cubic Boron Nitride (CBN) - Having excellent abrasion resistance, this synthetic abrasive is used in grinding wheels. Its other use include - as a tool material.

Diamond / PCD - Polycrystalline diamond (PCD) is one industrial diamond grades that is used for applications involving extremely high-speed cutting.

High Speed Steel - Cost effective and used for metal machining along with other standard applications

Micrograin Carbide - It's grain size is small and hence fine edge grinding is possible. It is used to finish cutting.

Silicon Nitride - Outstanding shock resistance, excellent thermal properties, it finds used in roughing operations, interrupted cutting, scale removal, and other.

Reduce Cycle Times and Cost With our CNC Cutting Tools

You can get precise cutting geometries with our tools. Also, you can save a lot on the time spend on machining that can help you generate repeat business. Our tools help in:

• Minimizing errors

• Holding close tolerances

CNC Cutting Tool's Coatings

• AlTin

• TiAln

• TiN

• TiCN

We manufacture and supply a quality range of Boring Bar. This bar is used as a tool in metalworking applications. To manufacture this bar, we use optimum quality alloy steel and carbide. We can customize this bar in different technical specifications for clients. To provide the best range, we check this Boring Bar on defined quality parameters. We provide the accuracy rage in 5 microns and 10 micron micro boring unit.

Features:

• Rugged construction
• Easy to install
• Resistant to rust