N151.2-400-4E CNC Carbide Parting And Grooving Inserts For Alloy
N151.2-400-4E Cnc Carbide Inserts For Cutting off and grooving inserts series
Application:
- Parting and grooving turning for stainless steel and high-temperature alloy
Feature Advantage:
- A variety of series, to meet parting, external grooving, face grooving, profiling, turning and other processing needs.
- It meets various processing needs such as parting, grooving, profiling, and turning.
- The cutting process becomes lighter and the chip removal is smoother, achieving the desired surface quality.
- The same width insert can be matched with the corresponding various types of shank, with the minimum number of inserts, fully meet the requirements of grooving and turning of the outer circle, inner hole and end face, greatly reducing tool inventory cost and management cost.
- Considering different materials, working conditions and other complex requirements, a variety of insert structures, pressing, precision grinding series, to meet the needs of different applications.
- A reasonable mix of coatings for steel, stainless steel and cast iron machining.
- The special structure reduces the cutting resistance by 20%, reduces the vibration, the cutting process is light, the chip removal is smooth, and the ideal machined surface quality is achieved.
Common problems :
Question : Do you offer insertion ?
A : Yes, we can provide inserts
Question : Is the whole process done by your workshop ?
A : No, processing, assembly, testing, laser marking, etc. are all done by our factory. Heat treatment and surface treatment are all done by our partner company.
Question : How is your stock ?
A : We have about 50,000 turning tools, 10,000 milling tools, and 10,000 drilling tools.
Question : What is your delivery time ?
A : It depends on your order. Generally 1~3 days for stock, 10~25 days for standard, 30~60 days for customized.
Technical information :
Slotting and parting are unique turning applications for many machining applications that require special tools. These tools can be seen to some extent as an extension of ordinary turning.
Slotting and separating operations should consider three different aspects to determine the best method and mold solution :
Parting and slotting workpiece characteristics :
Analysis of the groove to be processed size and quality requirements : processing type, groove depth, groove width, outer radius, quality requirements.
Workpiece material, shape and quantity.
Whether the material has good chip breaking performance
Production batch : single or batch slotting
Whether the workpiece can be safely clamped
Chip removal
Machine parameters.
Stability, power and torque, especially for large components
Cutting fluid and coolant
Long chip material whether need high pressure coolant to break chips
Speed limit
Use all possible support
Timely replacement of worn inserts will make the cost of the new inserts more economical than when excessive wear occurs.
Replace worn or damaged rods.
Don 't try to repair the turret.
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