Product Information:

Carbide APMT PVD Coated inserts are commonly used for indexable square shoulder end milling cutters and face milling cutters. The APMT inserts are with precision-molded I.C., positive molded chip breaker. They have a sharp and honed cutting edge and 11° relief angle. They are with screw holes created in compliance with ISO. Typically, it is viewed as with 2 cutting edges. However, they actually have 4 cutting edges. when they are installed on 90° indexable milling cutters and both edges become dull, they can be installed on 75° indexable milling cutters  and continue other milling applications with the other two edges.APMT will be a great choice for end users, since it can significantly improve productivity.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

APMT milling insert with strong geometry design enables to deal with steel.alloy steel, stainless steel, and cast iron.

FAQ:

What are inserts made of?

Almost all the inserts consist of cemented carbide, which results from a combination of tungsten carbide (WC) and cobalt (Co). The hard particles within the insert are WC, while Co can be thought of as the glue that holds the insert together.

What is shoulder milling?

Shoulder milling generates two faces simultaneously, which requires peripheral milling in combination with face milling. Shoulder milling can be performed by traditional square shoulder cutters, and also by using end milling cutters, long-edge cutters and side and face milling cutters.

Product Information:

XNEX are double-sided 6-corner tungsten carbide milling inserts for Facing, shouldering, Slotting, helical and ramping. Designed to provide high speed and feed. Wide minor cutting edge improve surface finish. High rake cutting edge improve machinability and reduce cutting resistance.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Milling Insert, XNEX Insert, 080608 Insert, Trigon Shape, 12.5 mm Inscribed Circle, 6.5 mm Thickness, 0.491 in Width, M13 M09 Chipbreaker, 0.8 mm Corner Radius, ANSI Code: XNEX080608TR-M13, ISO Code: XNEX080608TR-ME09, Right Hand, Carbide, CVD-TiCN/Al2O3

FAQ:

What is insert cutting tool?

Cutting tool inserts are replaceable attachments for cutting tools that typically contain the actual cutting edge. Cutting tool inserts applications include: boring. construction.

What is insert grade?

An insert's material, or grade, is designed to suit a particular machining application, and even though two inserts may look the same, the base material and the coating (if there's one) can be very different

Product Information:

High feed milling tools save time by avoiding semi finishing and reducing tool

changes. Our expansive range of high feed milling solutions meets all application

needs.LNMU insert is one kind of high feed milling insert. Double-sided fast feed, 4 edges is very cost-effective. Good wear and abrasive resistance. Precision ground and polished milling inserts.

Specifications:

• : Recommended Grade

O: Optional Grade

Application

The type of carbide grade and the coating on inserts are originally intended for milling stainless steel, but it also works when milling other alloys.

FAQ:

Where is tungsten carbide manufactured?

There are many company manufacture tungsten carbide.but approximately 85% of the world's tungsten comes from China .Zhuhzou city is the largest tungsten carbide products manufacturing center in Asia.

What is high speed machining?

High-feed milling is a machining method that pairs shallow depth of cut with high feed rate. It can achieve a very high metal-removal rate, high-speed machining to reduce cycle time, increase tool life and productivity.

Product Information:

XNMU milling insert with 0 degree clearance angle. Double-sided inserts with economical 14 cutting edges for steel and cast iron milling.Inserts available in multiple grades.0° negative relief angle for insert strength and durability.Coolant thru capable.Very strong and durable face mills.

Suitable for multiple materials.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Application for high productivity finish and semi-finish face milling of stainless steels, steels and alloy steels.

FAQ:

What is successful face milling?

Face milling is the most common milling operation, and can be performed using a wide range of different tools. Cutters with a 45º entering angle are most frequently used, but round insert cutters, square shoulder cutters, and side and face mills are also used for certain conditions. Be sure to choose the right cutter for the operation, for optimal productivity (see information on choice of tools below).

What is successful high-feed milling?

When machining aluminum, and sometimes when machining cast iron with CBN or ceramic inserts, cutting speeds of more than 1,000 m/min can be used, which result in a very high table feed, vf. This type of machining is called High-Speed Machining (HSM).

In milling short-chipping materials, such as gray cast iron, a face milling cutter with an extra-close pitch can be used, resulting in high table feed. In HRSA materials where cutting speed is normally low, an extra-close pitch results in a high table feed.

Product Information:

LOGU are inserts for High Feed Rate Indexable Cutter that includes a double-sided indexable insert with 4 cutting edges. The convex cutting edge version of the insert ensures gentle entry of the cutting edge into the material. 4 unique insert designs offer a variety of machining options。

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Solid carbide provides better rigidity than high speed steel. It is extremely heat-resistant and used for high-speed applications on cast iron, non-ferrous materials, plastics and other tough-to-machine materials.

FAQ:

What are face mills?

Face milling is a machining process in which the milling cutting is placed perpendicular to the workpiece. The milling cutting is essentially positioned “face down” towards the top of the workpiece. When engaged, the top of the milling cutting grinds away at the top of the workpiece to remove some of its material.

What is the difference between face milling and end milling?

These are two of the most prevalent milling operations, each using different types of cutters – the and mill and the face mill. The difference between end milling and face milling is that an end mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

Product Information:

High-feed milling is a machining method that pairs shallow depth of cut (DOC) with high feed rate up to 2.0 mm per tooth. This combination maximizes the amount of metal being removed from a part and increases the number of finished parts in a given time.High feed milling insert SOMT type with 4 edges is highly economical; A tough submicron substrate, improved TiAlN PVD coated grade for better chip flow. It has an extraordinary cutting feed rate. Excellent notch wear and built-up edge resistance.

Specifications:

• : Recommended Grade

O: Optional Grade

Application

Designed for machining heat resistant alloys, austenitic stainless steel, hard alloys and carbon steel at medium to high cutting speeds, interrupted cut and unfavorable conditions. Application for plane machining, step machining, grooving machining and cavity machining.

FAQ:

What is high speed machining?

High-feed milling is a machining method that pairs shallow depth of cut with high feed rate. It can achieve a very high metal-removal rate, high-speed machining to reduce cycle time, increase tool life and productivity.

What milling method is generally recommended?

Down milling is generally recommended. With the down milling method, the burnishing effect can be avoided, resulting in less heat & minimal work-hardening tendency.

Product Information:

Utilizes 16 cornered ONHU inserts has the advantages of high accuracy, high hardness, wear resistance, corrosion resistance, delicate design, long service life as well as high cost effective.Inserts available in multiple grades.0° negative relief angle for insert strength and durability. Coolant thru capable.Very strong and durable face mills. Suitable for multiple materials.Ideal 45° approach angle for larger table feed rates.Wiper flats provide better surface finishes.Screw on system for less chip interference.PVD coated cutter bodies for superior corrosion & heat resistance.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

16 high-strength cutting edges for high productivity finish and semi-finish face milling of stainless steels, steels and alloy steels.

FAQ:

What are face mills?

Face milling is a machining process in which the milling cutting is placed perpendicular to the workpiece. The milling cutting is essentially positioned “face down” towards the top of the workpiece. When engaged, the top of the milling cutting grinds away at the top of the workpiece to remove some of its material.

What is the difference between face milling and end milling?

These are two of the most prevalent milling operations, each using different types of cutters – the and mill and the face mill. The difference between end milling and face milling is that an end mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

Product Information:

Shoulder milling cutters are indexable designed with wedge type clamping or screw-on type clamping to achieve high-quality machining.

WNMU is one kind of double-sided square shoulder milling insert with sharp cutting edge and small cutting resistance. Thick specification design for stronger collapse resistance. No directional blade, left and right knife can be used; 6 double-sided blades is very economical.

Specifications:

• : Recommended Grade

O: Optional Grade

Application

Inserts have strongly supported cutting edge. Recommended for different purposes and applications for machining steel, stainless steel.

FAQ:

What is an indexable drill bit?

Indexable drill bits have a fluted body that accepts replaceable cutting inserts to form a cutting edge for drilling holes into workpieces. The inserts can be rotated (indexed) to expose a fresh cutting edge when the old one dulls.

What is shoulder milling?

Shoulder milling generates two faces simultaneously, which requires peripheral milling in combination with face milling. Shoulder milling can be performed by traditional square shoulder cutters, and also by using end milling cutters, long-edge cutters and side and face milling cutters.

Product Information:

The 4NKT 06 insert type corner R range has been expanded (04R-20R) to meet the wider range of corner R requirements demanded by today's industries. This simplifies the response needed for specific corner R inserts required by products in a variety of industries such as automotive, aerospace and mold and die.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Double-sided inserts with four high positive helical cutting edges & high ramping capacity for 90° shoulders of general machining

FAQ:

What is a machining insert?

A wiper insert is an insert used in a milling machine or a lathe. It is designed for finished cutting, to give a smooth surface on the surface being cut. It uses special geometry to give a good finish on the workpiece at a higher-than-normal feedrate.

Which material is used for insert?

Image result for what is 4nkt insert

Cutting tool inserts are commonly constructed of carbide, micrograin carbide, CBN, ceramic, cermet, cobalt, diamond PCD, high-speed steel, and silicon nitride. Coatings help to increase wear resistance and insert life.

Product Information:

High feed milling is a milling method that permits up to three times faster machining than conventional methods. It pairs shallow depth of cut with high feed per tooth which gives higher metal removal rates and results in more parts being machined.High feed milling insert SDMT type with 4 edges is highly cost-effective; it has an extraordinary cutting feed rate, and the processing efficiency is 3 to 5 times higher than traditional products; the blade adopts R shape.

Specifications:

• : Recommended Grade

O: Optional Grade

Application

Recommend for processing steel, cast iron and other materials, mainly used in plane milling and large cavity milling.

FAQ:

What is high speed machining?

High-feed milling is a machining method that pairs shallow depth of cut with high feed rate. It can achieve a very high metal-removal rate, high-speed machining to reduce cycle time, increase tool life and productivity.

How is milling done?

The milling process is removing the materials by performing many separate and small cuts. It is accomplished by using a cutter with many teeth, spinning the cutter at a high speed, or advancing the material through the cutter slowly.

Product Information:

Face milling produces flat surfaces and machines work to the required length. In face milling, the feed can be either horizontal or vertical. Single-sided milling insert SEER insert. An insert for face milling cutters. For face milling.Flat surface clamping interface 90 degree included angle 45 degree cutting edge angle.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Application for machining steel.stainless steel and cast iron.

FAQ:

What milling method is generally recommended?

Down milling is generally recommended. With the down milling method, the burnishing effect can be avoided, resulting in less heat & minimal work-hardening tendency.

How is milling done?

The milling process is removing the materials by performing many separate and small cuts. It is accomplished by using a cutter with many teeth, spinning the cutter at a high speed, or advancing the material through the cutter slowly.

What are face mills?

Face milling is a machining process in which the milling cutting is placed perpendicular to the workpiece. The milling cutting is essentially positioned “face down” towards the top of the workpiece. When engaged, the top of the milling cutting grinds away at the top of the workpiece to remove some of its material.

Product Information:

Helical milling is a hole-making machining process in which the cutter proceeds a helical path while rotating around its own axis, used to produce helical parts like helical gears, spiral flute milling cutters, twist drills, and helical cam grooves.

SPMT for helical milling.

S - Square shape of turning insert.

P - Insert with clearance under main cutting edge (11°).

M - Tolerances and dimensions of carbide turning insert.

T - Hole through insert and single sided chip breaker.

Specifications:

• : Recommended Grade

O: Optional Grade

Application

The type of carbide grade and the coating on inserts are originally intended for steel, stainless steel and cast iron. But it also performs when milling other alloys.

FAQ:

What is helical milling?

Helical milling is a hole-making process in which the milling tool proceeds a helical path while rotates around its own axis, presenting several advantages in relation to conventional drilling. The helical path can be decomposed into axial and tangential directions, combining frontal and peripheral cutting.

How do I choose the milling insert?

Selecting the milling insert based on the application of demands and the space for the cutting tools. the larger of the insert.the better of the stability . For heavy machining, the insert size is normally above 1 inch. finishing, the size cans be reduced.

Product Information:

PNCU Inserts. Double sided pentagonal insert.Pressed rake face geometry promotes efficient chip formation. Integrated wiper flat produces surface finishes. Designed for multiple materials and facing applications 10 indexes.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Designed for utmost surface finishes on Steel, Iron, high-Temperature Alloys, stainless steel.

FAQ:

What are face mills?

Face milling is a machining process in which the milling cutting is placed perpendicular to the work piece. The milling cutting is essentially positioned “face down” towards the top of the work pieces. When engaged, the top of the milling cutting grinds away at the top of the work piece to remove some of its material.

What is the difference between face milling and end milling?

These are two of the most prevalent milling operations, each using different types of cutters – the and mill and the face mill. The difference between end milling and face milling is that an end mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

Product Information:

Face mills are tools with a large diameter that are used to cut a wide shallow path for facing operations. Facing is used for machining a large flat area, typically the top of the part in preparation for other milling operations.

The ONMU 16 edge double sided Milling Insert .ONMU type insert owns double rake angle design and the unique edge angle design. With the sharpness and strength of the cutting edge, the built-in wiper can obtain a good surface finishing.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Standard Edge preperation, first choice for general milling.Recommended for the processing of low carbon steel and stainless steel.cast iron.

FAQ:

What is a milling insert?

Milling inserts are used to machine tough some of the toughest materials.Such as steel, stainless steel, cast iron, non-ferrous materials.

How do I choose the milling insert?

Selecting the milling insert based on the application of demands and the space for the cutting tools. the larger of the insert.the better of the stability . For heavy machining, the insert size is normally above 1 inch. finishing, the size cans be reduced.

Product Information:

90° Shoulder Milling Insert with positive three cutting edges is super high positive helical cutting edge insert. 90° shoulder milling with super smooth and soft machining provides high productivity with maximum number of teeth. Strong tool body with larger core size, Various insert geometry.

TPKT standard carbide (with coating) milling inserts are with strong cutting edges, which provide best reliability and long endurance.

T - triangle shape of milling insert

P - Insert with clearance under main cutting edge (11°).

K- Tolerances and dimensions of carbide

T - Hole through insert and single sided chip breaker.

Specifications:

• : Recommended Grade

O: Optional Grade

Applications:

For general machining, stainless steel and light machining with sharp cutting edge, steel and non-ferrous materials, chip splitter insert.It widely used in medium-light application & in stainsless steel machining.

FAQ:

What is shoulder milling?

Shoulder milling generates two faces simultaneously, which requires peripheral milling in combination with face milling. Shoulder milling can be performed by traditional square shoulder cutters, and also by using end milling cutters, long-edge cutters and side and face milling cutters.

What milling method is generally recommended?

Down milling is generally recommended. With the down milling method, the burnishing effect can be avoided, resulting in less heat & minimal work-hardening tendency.

Product Information:

RPHX round milling inserts with specially shaped indexing grooves. Single-sided positive round inserts have a specially shaped bottom and side surfaces used for indexing and to prevent the insert from rotating.

Application:

Round milling inserts with specially shaped indexing grooves. Used for roughing and finishing applications on alloyed and stainless steels, specifically in the die and mold industry

FAQ:

How to choose correct turning insert?

Select insert geometry based on selected operation, for example finishing.

Select the largest possible nose angle on the insert for strength and economy.

Select the insert size depending on the depth of cut

Select the largest possible nose radius for insert strength.

What is the difference between face milling and end milling?

These are two of the most prevalent milling operations, each using different types of cutters – the and mill and the face mill. The difference between end milling and face milling is that an end mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

Product Information:

Milling Insert RPKT with positive rake shape round. Advanced coating provides improved toughness and strength.Used-edge detection reduces waste and cost per edge. Greater process predictability in steels and cast irons.

Application:

Application for cast iron, non-ferrous materials, plastics and other tough-to-machine materials.

FAQ:

What are face mills?

Face milling is a machining process in which the milling cutting is placed perpendicular to the workpiece. The milling cutting is essentially positioned “face down” towards the top of the workpiece. When engaged, the top of the milling cutting grinds away at the top of the workpiece to remove some of its material.

What is the difference between face milling and end milling?

These are two of the most prevalent milling operations, each using different types of cutters – the and mill and the face mill. The difference between end milling and face milling is that an end mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

Product Information:

Cost-efficiency with Process Reliability Tungsten carbide milling Inserts HNMG. face milling insert.it’s double-sided 12-edge economical face milling cutter with its own wiper blade and cutting edge has a certain strength with PVD Coating, which offers excellent wear and oxidation resistance, good chipping resistance.Dimensionally accurate, durable and reliable performance.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

This kind of insert can obtain a good surface finishing, high economy, suitable for machining material steel, stainless steel, cast iron and super alloys.

FAQ:

What is chip breaker?

Chip breaker is a shoulder in a machine tool.it is made by grinding a groove parallel.in order to cut the edge or by attaching a plate to the top to form a wall against which the chip produced in turning or other machining will be broken up.

What are coated carbides?

Coated cemented carbide means the cemented carbide with a coating. It contains PVD and CVD coating. Coated carbide with high bond strength and extreme wear resistance.It’s the first choice for a wide variety of tools and applications.

Product Information:

Cost-efficiency with Process Reliability Tungsten carbide milling Inserts PNMU. face milling insert.PNMU insert is one type of face milling inserts. This insert is mainly used for machining plane. The cutting edge structure with good balance between sharpness and strength, and has the function of collapse resistance and reduction of tangential resistance. This product also has advantages of stable performance and long service life.

Application:

Recommended for different purposes and applications of face milling, Suitable for machining

steel, stainless steel and cast iron.

FAQ:

What is the use of coated tungsten carbide?

The tungsten carbide is to create tools for machining. The carbide with abrasion-resistance and heat-resistance of the material. Widely use for machining steel.stainless steel.cast iron and high-temperature alloy.non-ferrous materials.

What is a milling insert?

Milling inserts are used to machine tough some of the toughest materials.Such as steel, stainless steel, cast iron, non-ferrous materials.

Product Information:

RPEW single-sided copy and profile milling insert with a plane rake surface, an indexing accuracy according to ISO-tolerance class-E with rounded cutting edges and face.The R-type inserts have extra-strong cutting edge to meet the requirements for machining of curved surface of die.

Application:

It suitable for most materials.Mainly focuses on face milling and cavity profile milling of steel alloy steel, stainless steel and cast iron.

FAQ:

What is Profile milling?

Profile milling is a common milling operation. Round inserts and concepts with radius are milling cutters used for roughing and semi-roughing while ball nose end mills are milling cutters used for finishing and super-finishing.

How do I choose the milling insert?

Selecting the milling insert based on the application of demands and the space for the cutting tools. the larger of the insert.the better of the stability . For heavy machining, the insert size is normally above 1 inch. finishing, the size cans be reduced.

Product Information:

JDMT insert one kind of shoulder milling insert.main cut relief angle is 15°. Insert grade covering a wide range of working materials.Shoulder milling cutters are using indexable inserts with wedge type clamping or screw-on type clamping to achieve high-quality machining. Our JDMT inserts will be your premium choice for shoulder milling.

Application

Widely application for step shoulder, slot milling, ramp milling, helical machining.

Recommended for different purposes and applications for machining steel, stainless steel.

FAQ:

What is shoulder milling?

Shoulder milling generates two faces simultaneously, which requires peripheral milling in combination with face milling. Shoulder milling can be performed by traditional square shoulder cutters, and also by using end milling cutters, long-edge cutters and side and face milling cutters.

How is milling done?

The milling process is removing the materials by performing many separate and small cuts. It is accomplished by using a cutter with many teeth, spinning the cutter at a high speed, or advancing the material through the cutter slowly.

Product Information:

Superior wear and oxidation-resistant on micro-grain carbide substrate. Insert or replaceable rhomboidal cutting item with two cutting corners at eighty five degrees, four sides and four internal angles none of which are equal to ninety degrees.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

For shoulder milling of steel and stainless steel.

FAQ:

What is called milling?

Milling is the process of machining using rotary cutters to remove material by advancing a cutter into a workpiece. This may be done varying direction on one or several axes, cutter head speed, and pressure.

What are types of milling?

Shoulder milling.

Face milling.

Profile milling.

Groove milling and parting off.

Chamfer milling.

Turn milling.

Gear machining.

Holes and cavities/ pocketing.

Product Information:

RCMT standard carbide (with coating) turning inserts are with strong cutting edges, which provide best reliability and long endurance.

R - Round shape of turning insert

C - Insert with clearance under main cutting edge (7°).

M - Tolerances and dimensions of carbide turning insert.

T - Hole through insert and single sided chip breaker.

The R-type inserts have extra-strong cutting edge to meet the requirements for machining of curved surface of die.

Application:

Recommended for all purposes and applications, especially in milling. It mainly focuses on face milling and cavity profile milling of steel, alloy steel, stainless steel and cast iron.

FAQ:

What is Profile milling?

Profile milling is a common milling operation. Round inserts and concepts with radius are milling cutters used for roughing and semi-roughing while ball nose end mills are milling cutters used for finishing and super-finishing.

What are cemented carbide tools?

Cemented carbide consists of particles of carbide cemented into a composite by a binder metal.it is used extensively as cutting tool material, as well as other industrial applications.

Product Information:

SEMT insert square shape face milling insert. Face milling produces flat surfaces and machines work to the required length. In face milling, the feed can be either horizontal or vertical. SEMT insert geometry is calculated for maximum cutting efficiency. Four cutting edges allow you to rotate the insert for four times the life.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

It suitable for most materials.Mainly focuses on face milling and cavity profile milling of steel alloy steel, stainless steel and cast iron.

FAQ:

What are face mills?

Face milling is a machining process in which the milling cutting is placed perpendicular to the workpiece. The milling cutting is essentially positioned “face down” towards the top of the workpiece. When engaged, the top of the milling cutting grinds away at the top of the workpiece to remove some of its material.

What is the difference between face milling and end milling?

These are two of the most prevalent milling operations, each using different types of cutters – the and mill and the face mill. The difference between end milling and face milling is that an end mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

Product Information:

Face mills are tools with a large diameter that are used to cut a wide shallow path for facing operations. with PVD coating is resistant to deformation, good wear resistance and collapse resistance, low co-efficient of friction.

SNMX insert with double-sided negative rake 8-sided shape is highly cost-effective. Double front angle design makes good sharpness and a certain strength.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Facing is used for machining a large flat area, typically the top of the part in preparation for other milling operations.

SNMX insert with its own wiper edge has a high surface finishing with multiple type of chip breakers. It is suitable for general machining of steel and stainless steel.cast iron.super alloys.

FAQ:

What milling method is generally recommended?

Down milling is generally recommended. With the down milling method, the burnishing effect can be avoided, resulting in less heat & minimal work-hardening tendency.

How is milling done?

The milling process is removing the materials by performing many separate and small cuts. It is accomplished by using a cutter with many teeth, spinning the cutter at a high speed, or advancing the material through the cutter slowly.

Product Information:

RDKT round shape milling inserts.Solid carbide provides better rigidity than high speed steel.

The R-type inserts have extra-strong cutting edge to meet the requirements for machining of curved surface of die.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

It suitable for most materials.Mainly focuses on face milling and cavity profile milling of steel alloy steel, stainless steel and cast iron.

FAQ:

What milling method is generally recommended?

Down milling is generally recommended. With the down milling method, the burnishing effect can be avoided, resulting in less heat & minimal work-hardening tendency.

How is milling done?

The milling process is removing the materials by performing many separate and small cuts. It is accomplished by using a cutter with many teeth, spinning the cutter at a high speed, or advancing the material through the cutter slowly.

Product Information:

Double-sided square high feed milling insert SNGX with 0 degree clearance angle. Negative rake. an indexing accuracy according to ISO-tolerance class-G and M geometry with rounded cutting edges and facet.A strong main cutting edge ensures high levels of durability and process security – especially when machining corners inside a pocket. With eight cutting edges, the square-shaped SNGX also represents an extremely economical solution.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

Primary Material Application: High-Temperature Alloys, Stainless Steel, Steel.

FAQ:

What are face mills?

Face milling is a machining process in which the milling cutting is placed perpendicular to the workpiece. The milling cutting is essentially positioned “face down” towards the top of the workpiece. When engaged, the top of the milling cutting grinds away at the top of the workpiece to remove some of its material.

What is the difference between face milling and end milling?

These are two of the most prevalent milling operations, each using different types of cutters – the and mill and the face mill. The difference between end milling and face milling is that an end mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

Product Information:

BLMP high feed carbide insert with double sided 4 edged insert.

Strong substrate, fine micro grain wc, has high wear resistance. PVD Coating: Balzers coating furnace, nano with high Al. multi coating, suitable for general machining. Precision: ground insert. CNC periphery grinding machine. Cutter with inner coolant hole. big rake angle made easy cutting, 4 cutting edges to save cost.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

BLMP carbide inserts for high feed milling . Used for processing steel, stable quality.

FAQ:

How do I choose the milling insert?

Selecting the milling insert based on the application of demands and the space for the cutting tools. the larger of the insert.the better of the stability . For heavy machining, the insert size is normally above 1 inch. finishing, the size cans be reduced.

What is high speed machining?

High-feed milling is a machining method that pairs shallow depth of cut with high feed rate. It can achieve a very high metal-removal rate, high-speed machining to reduce cycle time, increase tool life and productivity.

Product Information:

Profile milling is a common milling operation.

RPMT insert is one kind of profile milling insert with strong cutting edges, best reliability and long endurance.

R - Round shape of turning insert.

P - Insert with clearance under main cutting edge (11°).

M - Tolerances and dimensions of carbide turning insert.

T - Hole through insert and single sided chip breaker.

Specifications:

• : Recommended Grade

O: Optional Grade

Application

Round inserts and concepts with radius are milling cutters used for roughing and semi-roughing while ball nose end mills are milling cutters used for finishing and super-finishing.

Recommend for roughing, semi-roughing, semi-finishing and finishing of steel, stainless steel, cast iron and super alloys.

FAQ:

What is a profile in machining?

Profile milling is a type of milling process, usually used to semi-finish or finish the vertical or slanted surfaces, including multi-axis milling of convex and concave shapes in two or three dimensions. Profile milling CNC Sequence is a 2.5 axis sequence.

How is milling done?

The milling process is removing the materials by performing many separate and small cuts. It is accomplished by using a cutter with many teeth, spinning the cutter at a high speed, or advancing the material through the cutter slowly.

Product Information:

Features: Good finish, sharp edge, not easy to stick to the cutting edge. Indexable face mill carbide inserts for steel or stainless steel.

Specifications:

• : Recommended Grade

O: Optional Grade

Application:

The combination of particulate cemented carbide base material and high hardness TIAIN coating improves chipping resistance and wear resistance. Purpose: Semi-Finishing of stainless steel-intermittent processing.

FAQ:

What is definition of face milling?

It’s the process of milling flat surfaces that are at right angles to the axis of rotation of the cutter.

What is face milling used for?

Facing on a milling machine is the process of cutting a flat surface perpendicular to the axes of the milling cutter. This process removes the material by rotating the facing tool in the counterclockwise direction as the table feeds the work piece across the cutter.