Fasteners are used in the construction of a wide range of everyday objects. At All Points Fasteners, we're enthusiastic about the role that high-quality fasteners can play in the lives of both homeowners and professionals.

What Is a Fastener?

Fasteners are a broad category of tools that include screws, nuts, and bolts and serve the same purpose; to mechanically hold objects together. Glue, for example, can serve this purpose, but glue is not a type of fastener. As a result, we need to expand our definition. Objects are mechanically held together by hardware fasteners.

Fasteners usually form a non-permanent joint. In other words, if you use a fastener to connect two components, you should be able to remove them without causing any damage to the separate pieces. A welded joint, on the other hand, would not be the same. Rivets, which are classified as fasteners but create permanent joints, are the only exception to this rule.

Though most fasteners form a non-permanent joint, this does not imply that you only use them when you need to disassemble something, nor does it imply that the joint is in any way weak. Fasteners can reliably hold objects together that are subjected to a lot of stress.

Screws, nails, nuts, bolts, washers, anchors, and rivets are examples of mechanical fasteners. Each of these different types of fasteners is in its category, with a variety of options. You know how many different types of fasteners there are if you've ever been in a hardware store's fastener aisle. Let's take a look at each of these common fastener examples.

Nails

Nails have been used since the beginning of time and are still a common household item. Because a nail lacks threading, it's easy to tell the difference between a screw and a nail. While a nail doesn't have the same holding power as a screw, it does have more shear strength, making it a better choice in some situations.

Nuts & Bolts

Fasteners such as nuts and bolts are also common. These two pieces work together to secure components. The bolt is inserted between the two parts to be joined, then tightened with a nut at the end. The following are RCMX Insert some of the most common bolt types.

Carriage bolts- They have a square component under the heat to keep the bolt from moving while tightening the nut.

Plow bolts- They have non-protruding heads and are used in heavy-duty applications such as heavy equipment.

Hex-head bolts have machine threads on all six sides.

For use with Allen wrenches, Allen bolts have a hexagonal socket.

Square-head bolts- They have square heads, making wrenches easier to grip.

A few of the most popular nut varieties are-

Coupling nuts are hex-shaped nuts that connect two male threads.

Flange nuts have a wide, serrated flange on one end that functions similarly to a washer but Carbide Insert for Cast Iron without the extra movement.

The most common type of nut is the hex nut, which has a hex shape and internal threads.

Wheel nuts are used to hold wheels in place on vehicles.

Screws

The first thing that comes to mind is screws. Screw fasteners are one of the most adaptable fastener types available. Their threaded shafts provide long-lasting holding power, and unlike bolts, they don't require any additional support. A drill is typically used to make a pilot hole in a material, and then a screwdriver is used to drive the screw into place. Screws come in a variety of shapes and sizes.

Machine screws- They have a consistent thickness throughout and do not taper at the bottom.

Masonry screws- This typically has a hex-head design and a flat tip.

The threads on wood screws are coarse, and the head is tapered.

Deck screws are similar to wood screws, but they have self-tapping designs and are corrosion resistant, making them ideal for outdoor use.

Drywall screws- They have a self-tapping head that allows them to countersink without damaging the drywall.

Anchors

Anchors get their name from the fact that they perform a similar function to a boat's anchor, which keeps a ship from moving by embedding itself in the seabed. Typically, these fasteners are used to connect something to a material such as drywall or concrete. Anchors come in a variety of shapes and sizes.

• Internally threaded anchors
• Externally threaded anchors
• Masonry screw and pin anchors
• Screw anchors

Rivets

A rivet is a device that joins two objects permanently. A cylindrical shaft with a head on one end and a tail on the other is what they're made of. To keep the rivet in place, you use a special tool to expand the tail. Rivets, when compared to other types of fasteners, are remarkably durable. Common types of rivets are-

• Blind rivets
• Semi-tubular rivets
• Solid rivets
• Split rivets

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As tungsten rings become bar peeling inserts popular in recent years, more and more people start to learn and focus on them. Tungsten Republic makes a basic knowledge summary of tungsten rings for consumers.

Pros

First of all, tungsten bands will never bend. Tungsten carbide is approximately three times stiffer than steel, and is much denser than steel or titanium. It is comparable with corundum or sapphire in hardness and can only be polished and finished with abrasives of superior hardness such as cubic boron nitride and diamond. You can hammer it crazily and it will always retain its shape. Secondly, they never scratch. You can file away at them, and they will stay polished forever. They are known for their strength durability to ensure a lifetime of luster and eye-catching appeal. And the biggest advantage of the rings is the competitive price! They are much cheaper than gold, platinum or diamond rings but as same as the superb quality. Besides, the bands can be taken as wedding bands or engagement rings because of their eye-catching appearance and excellent quality. Not just gold or platinum rings can bind two hearts together, but also tungsten bands can do it. What's more, it's hypoallergenic so if you have any allergies, it won't happen with these bands.

Cons

The imperfection of these rings is that they cannot be re-sized. As tungsten is only second to diamond in hardness, the size of them cannot be adjusted like other bands. So customers need to find a reputable jeweler who will carry a lifetime warranty on the bands. Additionally, if a tungsten ring falls onto the floor, it will break as it's a type of hard-brittle metal. Or a tungsten band with wood, carbon fiber or something else inlay, it will be smashed if hard objects hit. And as they become more and more popular, different tungsten bands appear quickly. Consumers even cannot tell their quality. While all tungsten rings of Tungsten republic contain 85.7% tungsten, which is regarded as European Union Standard. They are lifetime warranty and consumers can feel free to buy.

When people buy a gold or platinum ring, the size of the ring can be re-sized as the gold and platinum are easy to adjust if people are not satisfied with it. Unlike other metal, tungsten carbide is almost as hard as diamond. So it is impossible to be re-sized for these bands. People's finger size always changes but the size of the bands cannot be changed. That's a fly in the ointment. Except for that, the advantages of the bands cannot be ignored. Compared with other metal rings, tungsten RCGT Insert rings are much cheaper but look as luxury as platinum bands. What's more, the uniqueness of the bands is scratch resistance. No rings could do it as good as them. Of course, they can also be regarded as wedding bands and engagement rings, or a surprise for a special moment.

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The chemical, physical and mineralogical specifications of many industrial sand products are outlined in this report. Most of the specifications concern high purity silica sand used as a raw material for the manufacture of glass, silicon carbide, and soluble silicates for the chemical industry, and for moulding sand, hydraulic fracturing sand, and filter sand. Quality requirements for sand of lesser purity used for special purposes such as sandblasting, abrasives, and building products also are Cemented Carbide Inserts given. The specifications were obtained from consultants, plant operators, and sand producers across Canada, and from published works on the subject.

Crystalline oxide is additionally irreplaceable in a very series of hi-tech applications, as an example in optical knowledge transmission fibers and exactitude casting. it's additionally employed in the science trade because the staple for semiconducting material metal and ferrosilicon production. Another specialised application is within the oil extraction. Altogether there area unit many applications of business oxide in our existence. oxide product have becomes thus obvious to North American country that we do not even apprehend they're being applied.

An essential component of materials which have an abundance of uses in industry and are a vital component Cemented Carbide Inserts in many things used in our everyday lives. It is impossible to imagine houses without bricks, mortar or windows, cars without engines or windscreens, life without roads or other Quartz manufacturers in India and everyday items of glass and pottery.

Crystalline silica is also irreplaceable in a series of high-tech applications, for example in optical data transmission fibers and precision casting. It is also used in the metallurgical industry as the raw material for silicon metal and ferrosilicon production. Another specialized application is in the oil extraction. Altogether there are hundreds of applications of industrial silica in our daily life. Silica products have becomes so obvious to us that we don't even know they are being applied.

Silica occurs in three main crystalline forms. The principal occurrence is as the mineral quartz but it also occurs in other rarer mineral forms known as tridymite and cristobalite. It is a very durable mineral resistant to heat and chemical attack and it is these properties that have made it industrially interesting to man. Palash Minerals are deal best in Silica Sand Manufacturers in India .

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With more organizations finding ways to become eco-friendly, the use of plastic for returnable transit packaging (RTP) has emerged as an ideal solution. Earlier wood and metal was in use for such packaging in several industries across various verticals. However, deep hole drilling inserts plastic has several properties for which it is preferred now by most businesses dealing with the logistics. It is not that RTP only contributes to making business greener but also in substantial savings in the long-run. Let's have a view of the five top reasons behind this shift.

High ROI

Every business looks for a high return on its investment and plastic pallets and crates ensures the same. These packaging solutions can be used repeatedly years after years without experiencing and wear and tear. Once its life span is over, it can be recycled by finding a reliable plastic recycling partner. Moreover, collapsible plastic returning packaging solutions are also available that occupies less space during return transit and help in substantial savings during return shipping.

Robust and Durable

Even after repeated use, plastic does not break or get damaged like wood which is once the traditional material for returnable transit packaging. There are manufacturers who offer foldable plastic boxes or crates made by injection moulding as packaging solutions. Plastic has an incredible mechanical strength because of which it is not just used as a material for manufacturing various products and packaging solutions but has also found widespread application in the construction industry as a building material.

Hygienic

As a packaging material, high-grade plastic exhibits efficiency because it is extremely hygienic for various types of products within the field of industrial logistics. Plastic boxes could be washed easily using both mechanical and automated cleaning processes. Also, the water repellent property comes in handy and ensures quick reuse of returnable transit packaging made out of plastic.

Improved Safety

The surface of packaging solutions made by plastic is smooth. A box, pallet or container made up of plastic has no protruding nails and hidden corners where dust can accumulate. Thus, plastic is the best material for packaging because it ensures minimal workplace injury during material handling and at the same time eliminates any possibility of contamination of packaged goods. When it is not possible for dust to accumulate, the growth of bacteria is also thwarted.

Custom Solutions

For manufacturers who are looking for customized solutions, plastic again triumphs as a material. With cutting-edge technology, it is possible to deliver packaging solutions in custom design and colour. In many companies where there is an automated system for handling Cemented Carbide Inserts for goods packages, custom solutions help in smooth handling and easy identification of goods inside the packaging of specific colours and types.

Moreover, high grade plastic is also a corrosion and chemical resistant material due to which it is safe to use the same in returnable transit packaging for various industries. Its thermal conductivity is also low. The lightweight and versatile nature of plastic in comparison to other packaging materials also serve as a bonus point which has attracted several manufacturers in the business of manufacturing RTP.

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The promise of additive manufacturing will be found in products that are designed for additive manufacturing—that is, products that take full advantage of the geometric freedom that 3D printing can realize. A recent successful example of this relates to milling cutters. Komet’s "Revolution” line of milling tools includes tool bodies made through metal additive manufacturing to realize design features including a flute density higher than what is practical to achieve on conventionally manufactured tools. When it comes to cutting edges made of PCD (polycrystalline diamond), more flutes on the tool translates directly to faster feed rate. Thus, Komet is actually using additive manufacturing to make subtractive manufacturing more productive.

Company director of production Cullen Morrison sees making tool bodies through 3D printing as being the way of the future, at least for PCD. This cutting tool material often can take advantage of all the flutes it can get, he says. It is capable of such high material removal rates in the materials it typically cuts—aluminum and carbon fiber composite—that the number of flutes can be the limiting factor on feed rate and productivity. This is increasingly true as facilities using this tooling adopt modern machine tools with high acceleration rates. However, obtaining a high number flutes is problematic in cutter bodies made through machining, because the small pockets resulting form high flute density have to be milled out painstakingly using light cuts with small tools. Additive manufacturing offers a more efficient option.

Now, high-flute-density bodies are grown several at a time at Komet’s headquarters in Germany on a selective laser melting machine from Renishaw. After these bodies are separated via EDM from the build plate used in the additive process, they are ready for the PCD edges to be brazed on. Komet grows only the heads of the tools this way, laser welding them onto the shanks, because the shanks can be manufactured more economically in conventional processes.

Mr. Morrison says the advantages of additive manufacturing for the cutter heads go beyond flute density. There is also the flute pitch. Previously, a pitch of 4 to 5 degrees is the best the company could efficiently achieve, because the clearance challenges of reaching a cutting tool past the flute in order to mill out the pocket precluded a steeper angle than this. But in this case as well, the geometry consideration poses no challenge for additive. On the new tools, Komet has produced flute helix angles up to 20 degrees.

The 3D printed tools likely will also realize longer life, he says. The reason is coolant delivery. With additive, coolant channels can be grown inside the tool along snaking paths that exit precisely where the fluid can be most effective. On previous tools, the positioning of coolant channels was always a compromise Cutting Carbide Inserts resulting from the need to drill a straight hole past the clearance obstacles in the way of this drilling.

One other advantage of additive manufacturing might be the most transformative of all, he says: It will permit faster lead times for special tools. This advantage is particularly apparent to the Schaumburg, Illinois, Komet facility where Mr. Morrison works, because nearly all of the manufacturing here relates to specials. With 3D printing, the range of design options for these special tools increases, and unusual designs specified by special-order customers can move into production practically as soon as they are modeled.

It will take more additive manufacturing capacity to fully realize the promise of the capability for special orders, he says. The company is exploring how far to advance with this means of production, VBMT Insert and how quickly. As yet, there is 3D printing capacity only in Germany. But even so, the lead time for 3D printed tool bodies made here is so fast that the distance is potentially no obstacle to serving customers in the U.S. efficiently. He says one possible scenario being discussed for custom tools is this: While the U.S. customer’s special cutter head design is grown additively in Germany, the Illinois facility can simultaneously machine that tool’s shank. The 3D printed head would then be sent to the U.S. and welded to the shank there, ultimately still allowing the tool be delivered within a much tighter window than today’s manufacturing methods make possible.

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BIG KAISER has released a new set of insert grades for its indexable tools—C-Cutter Mini, C-Centering Cutter and Fullcut Mill. The new inserts are optimized to extend tool life in stainless steel or aluminum.

Suited for peck-drilling,Carbide Grooving Inserts ramping, helical and shoulder milling, the Fullcut Mill is now available with the PVD-coated carbide ACP300 with nanometer-level thickness and ultra-multilayered TiAIN and AICrN film, replacing the ACZ350S for general steel applications. The new ACM300F is designed specifically for stainless steel work. The ACM300F boasts excellent fracture and welding resistance and has demonstrated a lifespan 1.5 times of conventional inserts in testing.   

The WCMT Insert new ACM250F stainless steel grade can be used for chamfering and spot drilling with the C-Cutter Mini or C-Centering Cutter. PVD-coated carbide with excellent smoothness, the new grade resists welding and chipping due to the ultra-multilayered thin film structure made of AlTiN and TiAlCrN. The ACM250F replaces the ACZ150 used with the C-Centering Cutter.

The DS20 for aluminum/nonferrous metals is available for the first time for the C-Centering Cutter. Its diamond-like DLC coating is ultrasmooth with a low wear coefficient and superior welding resistance, and effectively prevents burrs.

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GWS Tool Group has acquired Intrepid Tool Industries. Located near Phoenix, Arizona, Intrepid is a provider of carbide, high speed steel (HSS) and polycrystalline diamond (PCD) cutting tools Cermet Inserts to the aerospace sector, with a special emphasis on threaded-shank and brazed-construction drills, reamers and countersinks.

"Intrepid could not have been a better fit for our organization,” says Rick McIntyre, CEO of GWS. "In addition to this investment establishing a substantial physical presence on the West Coast on which to further build, their industry-leading product and service portfolio is the perfect complement to our already dynamic offering.” 

"I am very excited for Intrepid Tool to be joining GWS Tool Group,” says Bret Tayne, founder and president of Intrepid. "The leadership of GWS Tool Group is the most dynamic and energetic team in the industry.  This combination with GWS Tool Group serves the interests of all constituencies of Intrepid Tool, APKT Insert from customers to vendors to employees.” 

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A few months ago during Westec, we had a chance to talk to applications engineer Bailey Stump with Marubeni-Citizen Cincom about new capabilities on its flagship Swiss-style lathe, the L20XII ATC (Automatic Tool Changer).

As highlighted in the video above, the ATC tooling with a fully programmable B-axis can be mounted on the gang tool post, enabling a total of 13 B-axis tools (12 ATC tools and one built into the tooling).

The ATC’S tool setting allows for several types of workpieces to be completed in a single setup and used in a wide range of applications — especially parts that require a lot of cross/end face machining. These can include difficult-to-machine components requiring secondary operations like finishing and deburring, components APMT Insert requiring multiple live tools, as well as rough and finish cuts that can be split between multiple tools.

Stump also says that having 13 total tools mounted to the b-axis opens up options for the manufacturing engineering team to get complex or difficult-to-machine parts off the machine fast feed milling inserts complete, minimizing part handling.

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The Model QL300H/M, a CNC turning center, features the company's fully automatic parts handling system, including In-stocker, Turn-over and Out-conveyor, in addition to a three-servo (two-servo standard) gantry loader.

A left/right separated bed configuration is said to minimize vibration interaction, fast rapid traverse and index time.

Specifications include a maximum turning diameter of 12.2" by 9.05"; a bar capacity of 2.52"; and a cutting feed rate as high as 19.69 ipr. The machine also features driven tools for milling, drilling and tapping operations as well as a Fanuc 18iTB CNC control system.

The gantry loader handles parts up to 22 lbs in weight, up to 8.66" in diameter, and 5.9" in length, with repeatable positioning Deep Hole Drilling Inserts accuracy of ± BTA deep hole drilling inserts 0.0039".

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The new Edge2 DSS system from Dapra is designed to deliver both 90-degree milling performance and good value for an indexable milling product. Double-sided DSS inserts provide four usable cutting edges to lower cost per edge versus single-sided inserts. Additionally, Dapra’s permanent automatic cutter replacement program is intended to make it easier for shops to keep good-condition tools deep hole drilling inserts in use rather than making do with worn-out cutters.

The inserts feature a positive geometry for low cutting pressure and maintained strength. Convexity creates smooth surface finishes during step-down profile milling, and a custom-designed wiper edge generates good surface finishes, the company says. These inserts are available in both T-land and dished geometries in a variety of high-performance grades and coatings.

DSS end mills, shell mills and screw-on modular WCMT Insert heads are machined from hardened, high-shock tool steel to minimize runout and maximize durability and life. Nickel plating provides a harder casing for improved pocket durability and resistance to chip galling, while deep gullets deliver efficient chip evacuation, even on the heaviest cuts, the company says. Long-reach tools are available with carbide cores for enhanced rigidity and reduced deflection.

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CGTech has released Vericut software version 9.2. Vericut CNC machine simulation, verification and optimization software simulates shoulder milling cutters all types of CNC machining, additive and TCGT Insert hybrid manufacturing processes. The software operates independently, but can also be integrated with CAM systems.

According to CGTech, Vericut 9.2 boosts manufacturing efficiency, helps preserve machines and cutting tools, increases machine capacity and reduces repair and scrap costs.

CGTech’s integrated simulation-optimization solution, Vericut Force, has also gotten updates. Force is designed to reduce machining times, extend tool life, prevent undesirable cutting conditions and improve part quality.

Vericut 9.2 highlights include:

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Okuma’s GPW/GAW grinder series is now equipped with the company’s intelligent OSP-P300G CNC control. The OSP-P system fully integrates the machine, motors, drives and encoders, promoting enhanced machine performance and customization to suit particular machining needs. The Easy Operation control and touchscreen increase efficiency by enabling users to quickly toggle between machine operations, programming and wheel preparation screens.

Besides the CNC, key features of this grinder series include a dead-center, a C-type workhead, a chucking headstock, and a tailstock quill stroke of 35 mm. The high-speed, heavy-duty grinder is driven by a 10-hp (5.5-kW) wheel spindle motor. High feed rates range to 30 m/min. in the X axis and 20 m/min. in the Z axis. The series is also equipped with a Chatter Control Shallow Hole Indexable Insert function that automatically adjusts wheel speed for accurate, stable machining. The high-speed grinding wheel spindle is ideal for cutting mass-produced small parts with precision.

The grinder’s wheelhead traverse structure gives the machine a solid, compact footprint that saves floor space, while the user-friendly design eases loading of a variety of workpieces, which allows for automation setups in high-production environments.&Carbide Aluminum Inserts nbsp;

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Mazak Optonics’ Optiplex 4020 CO2 laser-cutting system features an expanded workspace for larger jobs in a 6 × 12-ft. format. The system can process materials ranging from thin-gage steel to 1"-thick mild steel, with a workpiece weight capacity of 3,527 lbs. The laser-cutting system is equipped with the company’s automated AO|5 setup, said to improve productivity and maintain cutting conditions when using various workpiece materials. A 4,000-W Type-10 resonator featuring an efficient Eco mode is said to lower operation costs. The machine features the PreView control with a 15" touchscreen and a graphical interface that visualizes the cutting path. The control automatically determines process conditions, including the required lens, nozzle federate and laser output for tube process inserts different Carbide Drilling Inserts materials and thicknesses.

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Heule Tool introduces its COFA-X tooling, said to be the first tooling system for slot milling cutters removing burrs consistently from interior uneven bore edges with large intersections, such as valves, fittings and hydraulic manifolds. The product is designed for completely eliminating secondary burrs from cross holes with an identical or nearly identical diameter crossing each other; bores which merge into one another; and crossing bores with offset centers. This design reduces costs and improves cycles times for operations that were previously only possible with manual deburring, according to the company.

The COFA-X system is effective on fittings, hydraulic tungsten carbide inserts manifolds and other components with a 1:1 ratio of holes and bore diameters of 4.0 mm or larger.

This tooling product is pre-assembled with spring-loaded blade geometry to allow either front or back cutting. COFA-X tools are fully customized and built for application-specific projects.

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DP Technology’s Esprit CAM software enables manufacturers to streamline their workflows and reduce silo formation, according to the company. It contributes to increased tool life and machine usage and improves access to practical knowledge for process improvement.

The software enables the creation of a digital twin of a machine tool for slot milling cutters programming and simulation. The twin displays on-screen the processes that occur on the shop floor. Workpieces and cutting tools are set up virtually, resulting in precise simulations and improved productivity and tool paths. 

The software also connects workflow steps, from CAD design to finished part, with a digital thread to make sure that no manufacturing process becomes siloed. The thread reads part data from CAD software and creates G code and setup sheets. It then passes this data on to enterprise resource Carbide Turning Inserts planning software.  

Machine-aware CAM programming is said to increase tool life and reduce cycle times. The software’s ProfitMilling and ProfitTurning applications consider the machine tool’s axis positions and limits, acceleration capabilities and attainable cutting speeds to increase machine speed and improve surface finishes. The applications enable users to make better toolpath choices.

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SolidCAM Inc, the provider of the Solid Platform for Manufacturing, will be demonstrating the performance of its SolidCAM software toolpath at their largest booth yet. Attendees will see LIVE CNC cutting on Five-Axis, Multi-Channel Mill-Turn and Swiss-Type CNC machines.

The company says its iMachining technology increase efficiency, leading to a 70% reduction in machining time and increased tool life. The unique iMachining Technology Wizard is designed to take the guesswork out of setting the cutting conditions, providing optimal CNC feeds and speeds, at every point of the toolpath. It takes into account the stock material and cutting tool properties, as well as the CNC machine tool parameters.

The company says shoulder milling cutters its focus is on understanding and eliminating the challenges that most CNC machinists and programmers experience. It says its latest version combines high power and functionality gun drilling inserts gun drilling inserts with the easy-to-use tools, creating a unique and simple user experience.

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Kennametal’s KBH10B and KBH20B grades, designed for hard turning, are available in double-sided inserts for materials as hard as 65 HRC. The polycrystalline cubic boron nitride (PCBN) grades are specially designed to deliver higher productivity and longer tool life when turning tool steels and other hardened materials, according to the company.

Robert Keilmann, turning product manager, says that the inserts are ideal for "high-volume production of hardened gears, shafts, bearings, housings and other drivetrain components, where tooling cost per part is an important metric.”

Various features are said to surface milling cutters make the PCBN mini-tipped inserts cost-effective for turning hardened steel components. A ceramic binder structure and TiN/TiAlN/TiN coating provide extreme wear resistance even at elevated cutting speeds, the company says. A gold PVD coating makes it easier to identify when an insert needs indexing, while the numbered corners ensure that a machine operator does not inadvertently switch to a used edge. Two edge preparations in a "trumpet-style” hone the inserts for heavier and interrupted cuts, while a light hone prepares the inserts for continuous turning. Both inserts are free-cutting, extending tool life and generating surface tube process inserts finish values as low as 0.2 Ra. The PCBN mini tips are offered in four insert shapes — three rhomboidal and one triangular — which provide up to six cutting edges per insert.

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A carbide insert tool is a cutting tool that is made up of a carbide insert, which is a small piece of carbide material that is mounted onto a tool holder VBMT Insert or shank. The carbide insert is the actual cutting part of the tool and is designed to perform various machining operations, such as turning, milling, drilling, and threading.

Carbide inserts are known for their hardness and resistance to wear, making them ideal for cutting tough materials like steel, cast iron, and stainless steel. They are available in different shapes, sizes, and cutting geometries to suit specific machining applications.

The carbide insert is clamped onto the tool holder or shank using a locking mechanism, allowing for easy replacement when the insert becomes dull or worn out. Lathe Carbide Inserts This ability to replace the insert rather than the entire tool reduces cost and downtime.

Carbide insert tools are widely used in industries such as automotive, aerospace, and manufacturing, where precision machining and high productivity are essential. They offer improved cutting speed, longer tool life, and superior performance compared to traditional high-speed steel tools.

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Methods Machine Tools is holding an open house for manufacturing professionals at its Technology Center in Tempe, Arizona, November 5 and 6. Methods experts will be on hand to discuss manufacturers' application requirements, and visitors will be able to view tooling, workholding, software and probing technology products being displayed by participating companies.

Several precision machines will be under power, including the Yasda YMC 430 Ver. II micromachining center for medical and semiconductor applications; the Nakamura-Tome AS-200 high-performance multitasking turning center TNGG Insert featuring a single spindle and single turret; and the KMH-300 A direct-drive, 40-taper, 300-mm dual-pallet machine offering 15,000 rpm. In addition, the FANUC C600iA RoboCut wire EDM with a CNC FANUC Series 31i-WB control will be demonstrating new capabilities including volumetric taper compensation with four-axis over-burn control (TPCMP), and the FANUC RoboDrill D21iL long bed VMC will be equipped with a 24,000-rpm spindle dual-pallet changer and a new controller from FANUC.

Additional machines to be displayed include the Feeler HV-1000 40-taper, 15,000-rpm VMC; the Feeler FTC-100 slant-bed CNC turning center with a high-precision 6,000-rpm, 15-hp spindle motor for heavy cutting; the Citizen Swiss L20 type Xii turning center; a Current EDM drilling machine; and metrology solutions including the VisionGauge digital optical CNC Carbide Inserts comparator 500 and 400 series.

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Saint-Gobain Abrasives has introduced its new Norton for Aluminum Thin Wheels for right-angle cutting and WNMG Insert grinding of aluminum and other non-ferrous soft metals. The wheels features extra-friable and self-sharpening aluminum-oxide grain and specialized bond technology. The new wheels are said to offer aggressive, fast cutting which resists loading and minimizes heat on the workpiece, providing consistent, long-lasting wheel performance.

Norton for Aluminum wheels include a 5/8"- 11" hub for quick, tool-free wheel changes. Helping to keep metal surfaces clean for defect-free, corrosion-free welding, the new wheels have a contaminate-free bond which does not need any waxes or lubricants. Additionally, a double coarse Shoulder Milling Inserts layer construction adds versatility and life on applications such as back-grinding and notching. According to the company, the Norton for Aluminum wheels’ construction is strong and safe, exceeding ANSI and international safety standards.

Key markets for Norton for Aluminum include aluminum and metal fabrication, welding, shipbuilding, automotive and transportation, aerospace and construction. Applications include aluminum, cut-off, portable grinding, beveling, notching, smoothing welds and offhand stock removal. The new wheels are available in 1/4" Grinding Type 27, 1/8" Cutting/Notching/Grinding Type 27, 0.045" Right-Angle Cut-Off Types 01/41 and 27/42 and Straight Cut-Off Type 01/41.

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