Guangzhou Jhome Cnc Tools Co.,Ltd
WNGG-N1
reviews
Applications
- Workpiece Materials: Aluminum, copper, magnesium and other non-ferrous metals and alloys
- Machining Operations: Finishing, semi-finishing
- Typical Workpieces: Aluminum profiles, copper alloy parts, magnesium alloy structural parts, non-ferrous metal precision shafts, radiator parts
- Cutting Conditions: Continuous cutting, interrupted cutting, both dry and wet cutting available
WNGG-N1 carbide insert for non-ferrous metal finishing & semi-finishing
| 槽型 Grade | 型号 Specification | 牌号 Grade | 切削条件 Cutting parameters | ||||||||||||
| BP6305 | BP6315 | BP6325 | BP6335 | BP2205 | BP2215 | BP2225 | BP3205 | BP3215 | BP5205 | BP4205 | BP4215 | fn(mm/rev) | ap (mm) | ||
| N1 | WNGG060404-N1 | ★ | 0.05-0.30 | 0.20-1.50 | |||||||||||
WNGG060408-N1 | ★ | 0.10-0.40 | 0.40-1.50 | ||||||||||||
WNGG060412-N1 | ★ | 0.15-0.45 | 0.60-1.50 | ||||||||||||
WNGG080402-N1 | ★ | 0.03-0.25 | 0.20-1.20 | ||||||||||||
WNGG080404-N1 | ★ | 0.05-0.30 | 0.20-1.50 | ||||||||||||
WNGG080408-N1 | ★ | 0.10-0.40 | 0.40-1.50 | ||||||||||||
WNGG080412-N1 | ★ | 0.15-0.45 | 0.60-2.00 | ||||||||||||
★为第一推荐牌号 Recommended grade ☆为第二推荐牌号Optional grade
Product Introduction
WNGG-N1 is an 80° hexagon positive-type carbide turning insert. The N1 geometry is specially designed for non-ferrous metal finishing and semi-finishing, paired with BP5205 special grade for non-ferrous metal turning. It is suitable for finishing to semi-finishing of non-ferrous metals such as aluminum, copper and magnesium. The wavy chip groove combined with sharp cutting edge effectively disperses cutting resistance and extends tool life; the polished surface ensures smoother cutting and prevents built-up edge. It can be used for external turning, facing and profiling, delivering stable cutting performance for non-ferrous metal parts requiring high precision and high surface quality.
N1 Chip-breaker Features
- Wavy chip groove & sharp cutting edge, disperses cutting resistance and extends tool service life
- Polished surface treatment, enables smoother cutting and prevents built-up edge
- Ultra-precision grinding technology, ensures positioning accuracy and edge quality
- Suitable for non-ferrous metal finishing to semi-finishing
BP5205 Coating Features
- Special grade for non-ferrous metal turning
- Submicron grain substrate ensures excellent wear resistance of the insert
- Special groove design, reduces built-up edge formation and improves chipping resistance
- Suitable for continuous and interrupted machining of non-ferrous metals (aluminum, copper, magnesium, etc.)
Key Advantages
- Wavy chip groove combined with sharp cutting edge effectively disperses cutting resistance, significantly extending tool service life
- Polished surface ensures smoother cutting, effectively preventing built-up edge in non-ferrous metal machining and improving surface quality
- Ultra-precision grinding technology ensures high positioning accuracy and excellent edge quality, achieving high-precision finishing
- BP5205 special grade for non-ferrous metals, submicron grain substrate ensures excellent wear resistance
- Special groove design effectively reduces built-up edge formation and improves chipping resistance, ensuring more stable machining
- Widely adaptable for non-ferrous metals such as aluminum, copper and magnesium, supports both continuous and interrupted machining with strong versatility
Applications
- Workpiece Materials: Aluminum, copper, magnesium and other non-ferrous metals and alloys
- Machining Operations: Finishing, semi-finishing
- Typical Workpieces: Aluminum profiles, copper alloy parts, magnesium alloy structural parts, non-ferrous metal precision shafts, radiator parts
- Cutting Conditions: Continuous cutting, interrupted cutting, both dry and wet cutting available
Selection Tips
- Preferred for finishing to semi-finishing of non-ferrous metals such as aluminum, copper and magnesium
- Optimal adaptability for non-ferrous metal machining scenarios prone to built-up edge with high surface quality requirements
- Suitable for both continuous and interrupted machining conditions
