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The code APMT1135PDER-H1 refers to a specific type of carbide milling insert manufactured by Mitsubishi Materials. This insert is part of the APMT series, which is widely used in CNC machining for various milling applications.

SNMX1205ANN is a square, indexable carbide milling insert manufactured by Walter Tools, designed for efficient and precise milling operations. This insert belongs to the SNMX 1205 series, characterized by its 12.70 mm (1/2 inch) inscribed circle diameter and 0.252 inch thickness.

The ONMU050505 is an octagonal, double-sided carbide milling insert manufactured by Iscar. It is part of the ONMU 050505 series, designed for efficient and cost-effective milling operations.

The WNMU 080608 is a double-sided, indexable carbide milling insert featuring an inscribed circle diameter of 8.0 mm and a thickness of approximately 6.35 mm. This insert is designed for high-efficiency face milling and shoulder milling applications, offering six cutting edges per insert.

The code ONMU 080608 SN1135 appears to be a product identifier for a specific type of carbide milling insert. While I couldn't find an exact match for "SN1135," there are several similar ONMU 080608 inserts available, each tailored for different materials and applications.

SPMG is a standardized code for indexable milling inserts (mostly for shoulder milling or slot milling) according to ISO naming conventions. The code provides information about the insert shape, clearance, tolerance, and type.

The code APMT1604PDER-SN1115 appears to be a carbide milling insert, specifically a variant of the APMT1604PDER series. This series is widely used in CNC machining for various milling applications.

The SNMX1206AAN SN1135 is an indexable carbide milling insert designed for general-purpose machining applications. This insert features a square shape with an inscribed circle diameter of 12.0 mm and a thickness of approximately 6.35 mm. It is suitable for use in various milling operations, offering multiple cutting edges for extended tool life and cost efficiency.

The ONMU080608-SN1135 Milling Insert is a high-performance carbide insert designed for powerful milling in steel, stainless steel, and alloy materials. With its strong ONMU geometry and durable SN1135 grade, this insert delivers smooth cutting, reduced vibration, and excellent tool life even in high-load conditions.

• ONMU 080608 geometry for stable and rigid milling
• SN1135 grade engineered for steel and stainless steel applications
• High wear resistance for long tool life
• Strong, multi-edge design for cost-effective machining
• Suitable for roughing, semi-finishing, and finishing
• Performs reliably in high-speed as well as medium-speed operations

• Smooth cutting with reduced noise and vibration
• Longer insert life lowers machining cost
• Superior surface finish on steel and alloy components
• Excellent heat resistance for heavy-duty milling
• Reliable chip control for cleaner machining

• Milling mild steel, carbon steel, alloy steel, stainless steel, and similar materials
• Shoulder milling, face milling, slotting, and contour milling
• Suitable for CNC machining centers, die & mold shops, automotive components, and general engineering work

High-performance carbide milling insert for steel and stainless steel. Features MSR chipbreaker and AS1020 grade for smooth cutting, efficient chip control, and long tool life. Ideal for CNC face milling, shoulder milling, and general milling operations.

Key Points:
• Durable carbide construction
• MSR chipbreaker for stable chip flow
• Suitable for steel and stainless steel
• Precise, smooth cuts with long-lasting performance

The WNMU080608EN-GM-SN2210 Milling Insert is a high-performance carbide insert designed for efficient milling of steel, stainless steel, and alloy materials. Its EN geometry, GM chipbreaker design, and durable SN2210 grade ensure smooth cutting, precise machining, and long-lasting tool life.

• WNMU 080608 EN geometry for stable and rigid milling
• GM chipbreaker optimized for controlled chip flow and reduced cutting resistance
• SN2210 grade engineered for high wear resistance and heat stability
• High edge strength for continuous and semi-interrupted cuts
• PVD-coated for improved performance and longer tool life

• Smooth machining with minimal vibration
• Extended tool life due to high-quality carbide and coating
• Excellent chip control for safer and cleaner milling
• Superior surface finish and dimensional accuracy
• Suitable for high-speed and medium-speed operations

• Milling of mild steel, carbon steel, alloy steel, stainless steel, and similar materials
• Face milling, shoulder milling, slotting, and contouring
• Ideal for CNC machining centers, die & mold shops, automotive components, and general engineering applications

The SNMX120508-GR-SN1020 Milling Insert is a high-precision PVD-coated carbide insert designed specifically for stainless steel and difficult-to-machine alloys. Its strong SNMX geometry and GR cutting design ensure smooth cutting action, reduced cutting resistance, and superior tool life during demanding milling operations.

• SNMX 120508 geometry for stable and rigid milling performance
• GR chip design optimized for smooth chip flow and reduced heat buildup
• SN1020 PVD-coated grade engineered for stainless steel machining
• Strong cutting edges for extended durability
• Suitable for high-speed, high-accuracy milling

• Improved surface finish on stainless steel components
• Lower cutting forces for smoother, quieter machining
• Excellent wear resistance due to premium PVD coating
• Longer insert life, reducing tool-change downtime
• Reliable performance even in semi-interrupted cuts

• Milling of stainless steel, alloy steel, heat-resistant alloys, and mild steel
• Slotting, shoulder milling, face milling, and general-purpose machining
• Ideal for industries like automotive, fabrication, machinery manufacturing, and precision engineering

The LNMU0303ZER-MSR-SN1020 Milling Insert is a high-precision carbide insert designed for smooth and stable milling of stainless steel, alloy steel, and general steel materials. With its compact LNMU geometry, MSR cutting design, and reliable SN1020 grade, it ensures excellent chip control, longer tool life, and consistent performance even in challenging conditions.

• LNMU 0303ZER geometry for stable cutting in small and medium-size cutters
• MSR design optimized for balanced chip flow and reduced cutting resistance
• SN1020 grade suitable for stainless steel and alloy steel milling
• Strong edges for reliable performance in semi-interrupted cuts
• PVD-coated for improved wear resistance and heat stability

• Smooth machining with reduced vibration
• Longer insert life due to durable carbide and coating
• Excellent surface finish on steel and stainless steel parts
• Better chip breaking for cleaner, safer machining
• Suitable for high-speed and precision milling operations

• Milling of stainless steel, mild steel, alloy steel, and similar materials
• Slotting, shoulder milling, face milling, and contouring
• Ideal for CNC milling machines, die & mold shops, automotive components, and general engineering work

High-performance carbide milling insert with R8 chipbreaker for smooth cutting and efficient chip control. Designed for steel and stainless steel milling, offering long tool life and stable performance in medium-duty operations.

Key Points:
• Durable carbide construction
• R8 chipbreaker for precise chip flow
• Suitable for steel and stainless steel
• Stable cutting with excellent wear resistance
• Ideal for CNC face and shoulder milling

High-performance carbide milling insert for steel and stainless steel. Features ZER geometry for stable cutting, smooth chip flow, and long tool life. Ideal for CNC milling, face milling, and shoulder milling.

Key Points:
• Durable carbide construction
• ZER geometry for precise milling
• Suitable for steel and stainless steel
• Efficient chip control and stable performance

High-performance carbide milling insert with 88° cutting angle for steel and stainless steel. Features GR chipbreaker and AS5015 grade for smooth cutting, stable machining, and long-lasting tool life. Ideal for face milling and shoulder milling.

Key Points:
• Durable carbide construction
• GR chipbreaker for efficient chip control
• 88° geometry for precise milling
• Suitable for steel and stainless steel
• Long-lasting and stable performance