Lathe Thread Cutting Tool Lathe Thread Processing Tool Indexable Insert 16erag60 Carbide Threading I...
6. Features: The blade is installed vertically, the thread angle is 55°, the general pitch is 0.5-3.0, and the cutting edge has been completely ground. It is shockproof, durable, efficient, stable, and easy to install. The machinable materials are steel parts and stainless steel, and the processed threads are smooth and will not accumulate iron filings.
Aceteel 10 Pcs 16ER AG60 Indexable Threading Carbide Insert Tin Coated, Industrial CNC Lathe Tools 16ER...
The Aceteel 10 Pcs 16ER AG60 Indexable Threading Carbide Insert Tin Coated is a great choice for industrial CNC lathe tools. It is designed to cut alloy steel, stainless steel, cast steel, cast iron, ...
7. Warranty: All LittleMachineShop.com products are covered by a one-year limited warranty. If you have any problems with the product within a year of purchase, please contact us and we will be happy to help.
ASZLBYM 3/8" Lathe Threading Turning Tool Holder SER1010H11 with Indexable Carbide Threading Turning...
6. Wide application : The SER1010H11 3/8” metal lathe cutting tool holder and 11ER A60 threading carbide turning inserts are suitable for the processing of steel, stainless steel, cast iron and other materials.
OSCARBIDE 3/8"Shank 7 Pieces/Set Nickel Plated Indexable Lathe Turning Tool Holder,CNC Heavy
Introducing the Oscarbide 3/8" Shank 7 Pieces/Set Nickel Plated Indexable Lathe Turning Tool Holder,CNC Heavy-Duty Metal Lathe Tools for Turning,Grooving,Threading. This set includes 1pcs each of SCLC...
Indexable Threading 60Degrees11ER/11IRAG60 indexable Inserts Insert Lathe Threading Tool Carbide Lathe...
Indexable Threading 60Degrees11ER/11IRAG60 indexable Inserts Insert Lathe Threading Tool Carbide Lathe Tool for Threading is a high performance tool for threading stainless steel and steel parts. This...
JRT 5pcs 16ER AG60 External Threading Inserts + 16IR Internal CNC Lathe Indexable Carbide Insert Blade...
The JRT 5pcs 16ER AG60 External Threading Inserts + 16IR Internal CNC Lathe Indexable Carbide Insert Blade for Tool, Gold, len... is an essential tool for turning and finishing a wide range of materia...
10PCS 16ER AG60 / 16IR AG60 CNC Lathe Indexable Threading Carbide Insert Blade (16ER AG60)
Introducing the 10PCS 16ER AG60 / 16IR AG60 CNC Lathe Indexable Threading Carbide Insert Blade, a must-have tool for any CNC lathe user. This indexable threading insert is made of carbide and has a pi...
1/2" 5/8" Boring Bar SNR0013M16+SER1616H16 Lathe Internal Threading Inserts Turning Tool Holder with...
The 1/2" 5/8" Boring Bar SNR0013M16+SER1616H16 Lathe Internal Threading Inserts Turning Tool Holder with 5pcs 16ER AG60+5pcs 16IR AG60 is an ideal choice for those who need to make precise internal th...
10PCS 16IR AG60 Inserts Lathe Indexable Threading Carbide Internal Thread Insert Blade for Threading...
The 10PCS 16IR AG60 Inserts Lathe Indexable Threading Carbide Internal Thread Insert Blade for Threading Turning Holder is the perfect choice for all your threading needs. This threading insert blade ...
KinRite 5/8" SNR0013M16 SNL0013M16 External/Internal Threading Boring Bar Turning Tool Holder with 10pcs...
Introducing the KinRite 5/8" SNR0013M16 SNL0013M16 External/Internal Threading Boring Bar Turning Tool Holder with 10pcs External/Internal Inserts! This package includes 2pcs Boring bar with wrench, 5...
1/2" Lathe Threading Boring Bar SNR0013M16 with 10pcs 16IR AG60 Internal Threading Inserts Lathe Turning...
The SNR0013M16 1/2" Lathe Threading Boring Bar with 10pcs 16IR AG60 Internal Threading Inserts Lathe Turning Tool Holder Carbide is the perfect tool for your lathe. This tool is made from steel for th...
1/2" Lathe Threading Boring Bar SNR0013M16 with 10pcs 16IR AG60 Internal Threading Inserts Lathe Turning...
The SNR0013M16 1/2" Lathe Threading Boring Bar with 10pcs 16IR AG60 Internal Threading Inserts Lathe Turning Tool Holder Carbide is the perfect tool for your lathe. This tool is made from steel for th...
ASZLBYM 21PCS 1/2"/12mm Shank Indexable Carbide Lathe Turning Insert Tool Holder Bit Set for Turning...
5. ♥7 PIECES WRENCHES: the material of the wrenches is 45# steel, the wrenches are designed for easy installation and removal of the indexable carbide inserts. 6. ♥Widely used in the machining of steel, cast iron and non-ferrous metal parts.
Zouzmin 1/2" 5/8" Boring Bar SNR0013M16+SER1616H16 Lathe Internal Threading Inserts Turning Tool Holder...
The Zouzmin 1/2" 5/8" Boring Bar SNR0013M16+SER1616H16 Lathe Internal Threading Inserts Turning Tool Holder is a great choice for your lathe projects. This package comes with 1pc 1/2" SNR0013M16 (with...
1/2" Lathe Threading Tool SER1212H11 with 10pcs 11ER AG60 Threading Inserts for External Threading Holder...
6. 【6】The product is suitable for external threading of a variety of materials and is suitable for CNC machine tools, lathes, and other machine tools. 7. 【7】The pitch that the insert can process : 0.5mm~3.0mm 8. 【8】The holder is made of high quality alloy steel, which is strong and durable.
ASZLBYM 5/8" 3/4" Lathe Tool Threading Insert Turning Tool Holder SER1616H16 SER2020K16 SER2525M16 with...
6. ♥T15 Wrench : T15 wrench is made of steel material, which is wear-resistant, rust-proof and durable.
7. ♥Wide Application : This ASZLBYM 5/8" 3/4" Lathe Tool Threading Insert Turning Tool Hol...
10pc) ToolFlo FLT 3R GP3R Top Notch Coated Carbide 60° V Threading Inserts NT 3R GP3 Made in USA
6. Made in USA
The 10pc) ToolFlo FLT 3R GP3R Top Notch Coated Carbide 60° V Threading Inserts NT 3R GP3 Made in USA is an excellent choice for threading applications. The GP3R grade is a PVD TiN g...
zouzmin Lathe Threading Inserts 11ER AG60 + 11IR AG60 Carbide Inserts for External Thread/Internal Thread...
Introducing the Zouzmin Lathe Threading Inserts 11ER AG60 + 11IR AG60 Carbide Inserts for External Thread/Internal Thread Turning Tool Holder. This set of inserts is made of solid carbide with a multi...
Threading inserts are an essential part of the cutting tool inventory of industries. They play a crucial role in the fabrication of bolts, nuts, and other fasteners. Choosing the right threading insert is crucial to ensure the production of high-quality products efficiently. It is a complex task because there are several factors that one needs to consider before making a decision. This article will provide valuable tips to choose the right threading inserts for your cutting tool inventory.
Tip 1: Consider the Material
The material used in the production of the threading inserts determines its performance. Threading inserts can be made of various materials, including carbide, cermet, and high-speed steel. Carbide threading inserts are the most popular among industries because of their hardness and wear resistance. They are suitable for threading hard materials such as stainless steel, titanium, and other high-temperature alloy materials. Cermet threading inserts are made of a ceramic-metal mix and are known for their high-temperature resistance. High-speed steel threading inserts are the most inexpensive and are suitable for threading softer materials such as aluminum and brass. Consider the material you will be cutting before selecting the threading insert. The material hardness and properties will determine the type of threading insert required for the job.Tip 2: Check the Thread Profile
The thread profile is a vital factor to consider when choosing threading inserts. The thread profile is the shape of the cutting edge of the threading insert that determines the shape of the final thread. There are two common thread profiles: V-shaped and U-shaped. V-shaped threading inserts are suitable for producing standard threads and are commonly used in the production of bolts and nuts. U-shaped threading inserts are suitable for producing rounded threads and are commonly used in the production of pipes and tubes. It is essential to consider the thread profile before selecting the threading insert. Selecting the wrong thread profile can result in the production of low-quality threads and rework.Tip 3: Determine the Insert Coating
Insert coating is crucial to ensure the threading insert's durability and performance. The coating protects the insert from wear and heat, resulting in a longer life span. There are various coatings available, including Titanium Nitride (TiN), Titanium Carbon Nitride (TiCN), and Diamond-like Carbon (DLC). TiN is the most widely used coating and provides a high level of wear resistance. TiCN provides superior hardness and high-temperature resistance. DLC is known for its low-friction and wear-resistant properties, making it an ideal choice for high-speed threading applications. Consider the application's demands before selecting the insert coating. Selecting the wrong coating can result in the cutting tool's premature failure.Tip 4: Determine the Insert Size
Insert size is another essential factor to consider when selecting threading inserts. The insert size determines the amount of material that can be removed during the threading process. It is important to choose the right insert size to ensure the threading process's efficiency. The insert size is determined by three measurements: the length, width, and thickness. The length of the insert determines the depth of the threading required. The width and thickness determine the amount of material removed during the threading process. Consider the thread pitch, thread diameter, and toolholder's size before selecting the threading insert's size. An incorrect size can result in a poor-quality thread and toolholder damage.Tip 5: Determine the Insert Style
Insert style is an essential factor to consider when selecting threading inserts. The insert style determines the type of threading process required. There are various threading styles, including internal threading, external threading, and partial profile threading. Internal threading is used to produce threads inside a hole or cavity. External threading is used to produce threads outside a part's surface. Partial profile threading is used to produce threads with a smaller profile than the standard thread. Consider the application's demands before selecting the threading insert style. An incorrect style can result in the production of low-quality threads and rework.Tip 6: Determine the Thread Direction
Thread direction is an essential factor to consider when selecting threading inserts. The thread direction determines the type of threading process required. There are two common threading directions: right-hand threads and left-hand threads. Right-hand threads are the most common and are used in clockwise rotation. Left-hand threads are used in counter-clockwise rotation. Consider the application's demands and the required thread direction before selecting the threading insert. Selecting the wrong thread direction can result in rework and toolholder damage.Conclusion
Selecting the right threading insert is a complex task that requires careful consideration of several factors. Material, thread profile, insert coating, insert size, insert style, and thread direction are all essential factors to consider when selecting threading inserts. By considering these factors, you can ensure the production of high-quality products efficiently, resulting in satisfied customers and increased profitability.Related Topics You Might Like
