Guangzhou Jhome Cnc Tools Co.,Ltd

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WNMG-P3

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Applications

  • Workpiece Materials: Carbon steel, alloy steel, ordinary steel and other steel materials
  • Machining Operations: Semi-finishing, light finishing
  • Typical Workpieces: Stepped shafts, profiled parts, internal bore parts, general structural parts
  • Cutting Conditions: Continuous cutting, conventional light interrupted cutting, both dry and wet cutting available


WNMG-P3 carbide insert for steel semi-finishing

槽型
Grade
型号
Specification
牌号
Grade
切削条件
Cutting parameters
BP6305BP6315BP6325BP6335BP2205BP2215BP2225BP3205BP3215BP5205BP4205BP4215fn(mm/rev)ap (mm)
P3
WNMG060404-P3
☆★★
0.12-0.50
0.40-1.50
WNMG060408-P3
☆★★
0.12-0.40
0.40-2.00
WNMG060412-P3
★★
0.18-0.60
0.80-3.00
WNMG080404-P3
★☆★
0.12-0.50
0.40-2.50
WNMG080408-P3
☆★★
0.15-0.60
0.50-3.00
WNMG080412-P3

★★
0.18-0.60
0.80-4.00

★为第一推荐牌号 Recommended grade ☆为第二推荐牌号Optional grade

Product Introduction

WNMG-P3 is an 80° hexagon negative-type carbide turning insert. The P3 geometry is specially designed for steel semi-finishing, paired with two CVD composite coating grades: BP6315 and BP6325. The 90° approach angle design effectively avoids machining interference, making it suitable for semi-finishing of steel, alloy steel and other materials. The special chip-breaking point design prevents cutting clogging, and it provides stable chip control in profiling and internal boring operations. With a wide application range, it can perform multiple turning operations including external turning, facing, profiling and internal boring, delivering efficient and stable performance in both dry and wet cutting.

P3 Chip-breaker Features

  • Specialized for steel semi-finishing
  • Special chip-breaking point design prevents cutting clogging
  • Stable chip control in profiling and internal boring operations
  • Suitable for general machining of steel, alloy steel and other materials, with a wide application range

Grade Introduction

BP6315

  • Specialized grade for finishing operations
  • Excellent resistance to thermal cracking, plastic deformation and edge chipping
  • Innovative coating technology withstands high temperatures, extends tool service life, suitable for both dry and wet cutting
  • Coating structure: TiN+TiCN+Al₂O₃+TiN

BP6325

  • Specialized grade for semi-finishing operations
  • Ultra-tough substrate combined with heat-resistant MTD coating, improving wear resistance and stability
  • Innovative coating technology withstands high temperatures, suitable for dry and wet cutting, extends tool service life
  • Coating structure: TiN+TiCN+Al₂O₃+TiN

Key Advantages

  1. P3 specialized geometry for steel semi-finishing, special chip-breaking point design effectively prevents cutting clogging with smooth chip evacuation
  2. Excellent chip control capability in profiling and internal boring operations, ensuring stable cutting under complex working conditions
  3. 90° approach angle design adapts to stepped, profiling and internal boring machining, effectively avoiding tool interference
  4. Dual-grade precise coverage: BP6315 focuses on continuous finishing, BP6325 adapts to semi-finishing and interrupted conditions
  5. CVD multi-layer composite coating provides high temperature resistance, universal for dry and wet cutting, with excellent tool life performance
  6. Suitable for general machining of various materials including steel and alloy steel, with wide application range and strong versatility

Applications

  • Workpiece Materials: Carbon steel, alloy steel, ordinary steel and other steel materials
  • Machining Operations: Semi-finishing, light finishing
  • Typical Workpieces: Stepped shafts, profiled parts, internal bore parts, general structural parts
  • Cutting Conditions: Continuous cutting, conventional light interrupted cutting, both dry and wet cutting available

Selection Tips

  • For continuous steel finishing with high surface quality requirements, BP6315 is the preferred choice
  • For steel semi-finishing with light interrupted cutting conditions, BP6325 is recommended
  • P3 geometry has optimal adaptability for profiling and internal boring machining scenarios


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