Milling inserts and grades for stainless steel
Complementary grades. Medium-hard, medium-thick-coated CVD grade for medium to rough milling of martensitic stainless steels at elevated cutting speeds in average and dry conditions. Tough, medium-thick-coated CVD grade for tough and demanding, medium to rough milling applications of martensitic stainless steels in dry conditions.
A revolution in stainless steel turning
MMbreaker for medium cutting. LMbreaker for light cutting. First recommendation for light cutting of stainless steel. A high rake angle provides a sharp cutting edge preventing chip welding which, in turn, helps maintain surface ﬁ nish.
Ceratizit \ For stainless steel machining
Our inserts for stainless steel machining are particularly resistant to flank wear. This makes high cutting speeds possible and you profit from increased productivity with minimal production times and costs – also at high temperatures. Precision. With reduced built-up edge you can achieve maximum surface quality with our inserts as well as close tolerances on the work piece. Reliability
How to Select the Right Carbide Insert : MoldMaking Technology
This is a medium-duty cermet milling grade with good edge strength and lubricity that is suitable for light roughing to finishing operations of steels, stainless steels and ductile irons. It is excellent for soft, gummy materials, and wrought and cast aluminums.
CARBIDE INSERTS - Home - ARNO USA
6 ARNO®-Werkzeuge | Carbide inserts Grade description Carbide inserts AM2130 CVD multilayer coating Main grade for medium to rough machining of stainless steel. Due to the very hard and micro fine coating this grade offer improved wear resistance and long tool life. AM5110 PVD multilayer coating
Kennametal - CETS - Carbide Inserts and Carbide Cutting Tools
Carbide grade TN6525 has aPVD-TiAlN multilayer. It is ideal for light and medium machining applications in steels and high-strength nodular cast irons. TN6540: CARBIDE - PVD COATED: TiAlN --Steel, Stainless Steel, Cast Iron: Coated carbide grade TN6540 has a PVD-TiAlN multilayer and is excellent for medium and heavy machining applications.
CLASSIFICATION OF GRADES AND CHIP BREAKERS FOR TURNING
Unstable Cutting General Cutting Stainless Steel 7° POSITIVE INSERTS WITH HOLE Finish Cutting Light Cutting Medium Cutting vc: Cutting speed f: Feed ap: Depth of cut. Cutting Area Stable Cutting General Cutting Unstable Cutting Chip Breaker Grade 1st Recommendation ap inch) (EX. : AISI 304, AISI 306) Stainless Steel (<200HB) Depth of Cut (inch) Feed (inch/rev)
Kennametal Grade System for Cutting Materials
application: This K-MTCVD coated carbide grade is engineered to take on the most brutal cast stainless steel machining applications. Its substrate withstands heavy interruptions, while its polished surface resists build-up, even at slow cutting speeds. Additionally, its wear-resistant coating resists the micro-chipping common when machining
ISCAR Grades Chart
An uncoated, fine grain carbide grade. Used for stainless steel and high temperature alloys at low to medium cutting speeds. IC20 M10-M25 K10-K20 N05-N25 S05-S20 H05-H15 An uncoated carbide grade. Used for semi-finishing, finishing and semi-roughing of aluminum, cast iron and stainless steel. Used at low to medium speeds and feeds. IC28 N10-N30 P30-P50
Carbide for stainless steel
Carbide for stainless steel. I've been stacking them six wide with a pin through one of the holes, and clamping up in the vise, cutting with one pass0.060, feed .8 in per min. and spindle speed of 180rpm. Been using a two point indexable cutter (1 ¼ diameter) with TPG inserts. The Boss I is not happy.
Toolmex Carbide Grades - Carbide Inserts and Carbide Cutting
CVD coated carbide grade with a wide range of applications on stainless steels from semi-finishing to roughing operations. This grade was designed to be applied with excellent results on austenitic stainless and duplex stainless steels at low to moderate cutting speeds.
ISCAR Grades Chart
Used for high temperature alloys and stainless steel at low to medium cutting speeds. IC08 M10-M30 N10-N25 S10-S30 An uncoated, fine grain carbide grade. Used for stainless steel and high temperature alloys at low to medium cutting speeds. IC20 M10-M25 K10-K20 N05-N25 S05-S20 H05-H15 An uncoated carbide grade.
Carbide Inserts | High Performance Carbide Tool Inserts
Carbide inserts. The exceptional hardness and stability of tungsten carbide allows machining to meet very exacting tolerances while at the same time minimizing equipment wear. Plus, carbide inserts are more resistant to abrasion at high or low temperatures, ensuring cost-effective performance over the lifetime of the insert.
CARBIDE - Greenleaf Global Support
G-910 is a medium- speed grade and should be applied at moderate to high feed rates. G-915 Multi-layer PVD-coated grade, excellent for milling and turning high-temp alloys, stainless steel, and low carbon steels.The multi-layer PVD coating adds heat and abrasion resistance to the tough, shock-resistant substrate.
INCH - Ingersoll Cutting Tools
P30 P50 • For medium to low speed turning of stainless steel, exotic alloys and low carbon steel • Toughest grade in turning grade • For interrupted cut on stainless steel and exotic alloys
China Customized Carbide Insert for Cutting Metal and Steel
Carbide Insert, Customized Carbide Insert, Insert for Cutting Metal manufacturer / supplier in China, offering Customized Carbide Insert for Cutting Metal and Steel, Factory Outlet Tungsten Carbide Router Drill Bits for Cutters, Solid Tungsten Carbide End Mill for Metal Cutting with HRC 65 and so on.
China CNC Tungsten Carbide Insert for Stainless Steel - China
China CNC Tungsten Carbide Insert for Stainless Steel, China Turning Insert, Milling Cutter from CNC Tungsten Carbide Insert for Stainless Steel - Zhuzhou Grewin Tungsten Carbide Tools Co., Ltd.
Carbide Tipped vs. Steel, No Contest! - Tools Today
Tools containing carbide tips maintain a sharper cutting edge better than steel tools, they generally produce a better finish when cutting, provide a cleaner and smoother cut. And their temperature resistance allows faster machining. While drill bit “chattering” is the most common reason for bit failure,...
How to choose cutting tool material stainless steel?
How to choose cutting tool material stainless steel? Reasonable choice of tool material is an important condition to ensure high efficiency machining of stainless steel. The cutting ...
Turning hardened steel
Turning hardened steel. No problem. Use a good grade of carbide and go to it. We used to turn T-15 (67 RC). Heck you can even get a curly chip when turning carbide.
SHOULDER MILLING - Sumitomo Electric Carbide, Inc.
hardened steel milling Light Cutting to General-Purpose Heavy Interrupted Machining Aluminium, Non-Ferrous Metal 25o 20o 5o-L ˜ Chipbreaker Selection Guide Work Material Steel, Stainless Steel, Cast Iron Insert Geometry-L -G -H Characteristics Light Cutting Multi-purpose High Strength Insert Cross Section Application Light DOC, Low rigidity ...
Indexable Carbide Turning Inserts DCMT 070202 TiN Coated
Indexable Carbide Turning Inserts CCMT 060204 TiN Coated for Steel and Stainless Steel $26.99 3.175mm Carbide End Mill Engraving Bits CNC PCB Machinery 0.6-1.5mm Cutting Edge Pack Of 10
WCMX 040208R PG YBG202 Carbide Insert
It's a combination of 2-4 um nc-TiAlN coating and ultra-fine carbide substrate to yield high strength and toughness. It's suitable for milling from light to medium load and bore machining of all kinds of materials, turning of stainless steel from finishing to semi-finishing and rough turning of high temperature alloy .
RCMX2006MO DH1025 Carbide Insert, Round, Neutral Cutting
GRADE NO: DH1025 Coated carbide grade with special strength and toughness, in an optimal combination with MT-Ti(CN), thick layer AI2O3, and TiN coating. Suitable grade for wide application. It is recommended for the finishing, semi-finishing and light roughing of steel, cast steel and stainless steel.
The ISO turning range with innovative cutting grades and modern geometries turns our customers’ cost spiral downward. Boehlerit offers the optimum indexable inserts for every turning application, e.g. for steel, cast and aluminium machining and the cutting of super alloys with difficult chip formation.
APKT 33 1604 PM YBG202 Carbide Insert
It's a combination of 2-4 um nc-TiAlN coating and ultra-fine carbide substrate to yield high strength and toughness. It's suitable for milling from light to medium load and bore machining of all kinds of materials, turning of stainless steel from finishing to semi-finishing and rough turning of high temperature alloy.
DIJET CARBIDE TOOLS
Adpopted tougher sub-micro grain carbide base material. Light to medium cutting fo superalloy or titanium alloy. Adopted tougher sub-micro grain carbide base material. For a wide range of materials from roughing to semi-finishing and HSC. Adopted New PVD coated grade with tough base material. For interupted cutting for superalloy and stainless ...
CARBIDE - Greenleaf Global Support
G-01 Developed for milling high-temp alloys, stainless steel, and low-carbon steels at low speeds and moderate to high feeds. Also can be used for turning in the same application range on severe interruption or old machinery. G-01M A tough, sub-micron grade used for milling and roughing austenitic stainless steels, and stainless steel
Sandvik Carbide Insert Grades - CETS
CVD Coated carbide for finishing to roughing in applications with continuous cut to light intermittent cuts in steel and steel castings. A gradient substrate with optimized hardness and toughness, with a wear resistant coating.
Carbide Tool Inserts | Carbide Cutting Inserts
Insert Tooling. We have Insert V-Groove Cutters, Insert Spoilboard Cutters, Insert Round and Rout Cutters and Insert MDF Door Sets. Insert designs vary depending on the applications. Vortex not only manufactures router tooling but bore type tooling as well. Carbide tool inserts by Vortex Tool are profile ground on a state-of-the-art CNC grinder...