Stability CNC Carbide Grooving Inserts Width 1.5 To 6.0 Mm For Groove / Part Turning

CNC Carbide Grooving Inserts with Width 1.5 to 6.0 mm for All Types of Groove / Part Turning

Feature Advantage:

• Width: 1.5-6.0 mm
• A variety of series, to meet cutting, external grooving, face grooving, profiling, turning and other processing needs.
• It includes flat head, round head, oblique head, precision grinding and other series.
• It meets various processing needs such as cutting, grooving, profiling, and turning.
• The cutting process becomes lighter and the chip removal is smoother, achieving the desired surface quality.
• The same blade width blade can be matched with the corresponding various types of shank, with the minimum number of blades, 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.
• 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.
• Considering different materials, working conditions and other complex requirements, a variety of blade 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.

Type & Grade:

Technical Information:

• Grooving and parting are unique turning applications that are used in many machining applications and require specialized tools. These tools can be seen to some extent as an extension of ordinary turning.
• Grooving and parting operations should consider three different aspects to determine the best method and tooling solution:
  • Grooving and parting workpiece characteristics. Analyze the size and quality requirements for the groove to be machined: type of processing, depth of the groove, width of the groove, radius of the outer circle, quality requirements, etc.
  • Machine parameters.
    • Stability, power and torque, especially for larger parts
    • Cutting fluid and coolant
    • Whether high pressure coolant is needed for long chip material to break chip
    • Speed ​​limit
    • Use all possible supports
  • Workpiece material, shape and quantity.
    • Whether the material has good chip breaking performance
    • Production batch: single or batch grooving
    • Whether the workpiece can be safely clamped
    • Chip removal
• The replacement of worn inserts in a timely manner will cost the new inserts more economically than if they were excessively worn.
• Replace worn or damaged shank.
• Do not attempt to repair the tool holder.