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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.

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.

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 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 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.

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.

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.