Seco SNMG090308-M5 TP3501 Turning Insert

• 8 cutting edges per insert — index to a fresh edge instead of replacing the whole insert, lowering cost per edge
• Seco grade TP3501 Carbide CVD matched to the specified workpiece material range for predictable, repeatable tool life
• M5 chipbreaker geometry controls chip formation through repeat production cycles, reducing chip-related downtime
• 0.8 mm corner radius for the specified finish and strength balance
• Seat size code 09 matches the corresponding Seco toolholder pocket

Seco Turning Inserts (carbide and cermet grades in C, D, R, S, T, V, and W shapes with precision tolerance classes and chipbreaker geometries) deliver reliable, repeatable performance for CNC and conventional lathe turning of steel, stainless steel, cast iron, aluminium, titanium, and superalloy workpieces in production and job shop environments.

General Engineering and Job Shops

• CNC lathe insert supply for turning steel, stainless, and cast iron components
• Turning insert supply for job shop and contract machining operations on mixed materials
• Indexable carbide insert supply for production turning on CNC turning centres

Automotive and High-Volume Manufacturing

• P-grade and K-grade turning insert supply for automotive component turning of steel and cast iron
• High-volume turning insert supply for crankshafts, shafts, flanges, and housings

Aerospace and Defence

• S-grade turning insert supply for machining titanium, Inconel, and nickel-based superalloy aero components
• Precision turning insert supply for aerospace-grade surface finish and dimensional accuracy requirements

Oil, Gas, and Energy

• Turning insert supply for OCTG connectors, valve bodies, and downhole components in stainless and Inconel
• Turning insert supply for power generation turbine components in nickel alloys and titanium

• Grade: TP3501
• Substrate / Coating: Carbide CVD
• Chipbreaker: M5
• Insert Thickness (mm): 3.18
• Corner Radius (mm): 0.8
• Seat Size Code: 09
• Cutting Edges per Insert: 8