PVD Coated Turning Insert

 

Product Name: PVD Coated Turning Inserts

Model Number: CCMT CCGT DCMT DCGT VBGT VCGT VNMG WNMG TNMG TCGT CNMG SCGT TPGH APKT MGMN

 

 

1. Brand name: CQ CUTOOL

2. Place of origin: Chongqing of China

3. Grade: PVD Coated

4. Type: Turning and boring holes

5 Minimum Order Quantity (MOQ): 2pcs

6. Controlling mode: Turning machine, CNC lathe

8. Work material: Aluminum, Alloy, Cast Iron, Steel, Stainless Steel

 

 

● Up to 5-10 times longer tool life

● Increased cutting speed

● RE•NEW Reconditioning and re-coating can be applied several times

● Less post-processing

● Increased capacity

 

 

 

 

PVD coated cutting inserts find applications in a wide range of machining and cutting processes across various industries due to their enhanced properties. Here are some common applications:

1.Turning: PVD coated inserts are used for turning operations on lathes. They are capable of cutting a wide range of materials, including steel, stainless steel, cast iron, and non-ferrous metals.

2.Milling: PVD coated inserts are employed in milling processes, including face milling, end milling, and profile milling. They are used to machine complex shapes and remove material from workpieces.

3.Drilling: PVD coated inserts are used in drilling applications for creating holes in various materials. The coatings provide excellent wear resistance and extend the tool life.

4.Threading: PVD coated inserts are utilized for threading operations, both internal and external. They ensure precise and clean threads on materials like steel and aluminum.

5.Parting and Grooving: PVD coated inserts are applied in parting and grooving operations to cut off sections of a workpiece or create grooves. The coatings enhance the tool's durability and cutting efficiency.

 

 

1. Can you produce according to the samples?

A: Yes, we can produce as your samples or technical drawings. We can make molds and fixtures for special models.

 

2. Why you choose the PVD coated Inserts?

These inserts retain all the basic advantages of PVD coatings that include; smooth crack-free surfaces that resist build up; fewer residual stresses which resist crack propagation; little or no brittle eta-phase that preserves the substrate strength; and very sharp insert edges which reduce the cutting forces.

 

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