Single-Sided APET/XPET 90° Milling Series
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90° SQUARE SHOULDER MILLS APET/XPET | SINGLE-SIDED Single-Sided APET/XPET 90° Milling Series Square Shoulder EXTREMEMetal Removal Nickel plating provides a harder casing for improved pocket durability and resistance to chip galling Cutter bodies machined from hardened steel to minimize runout and create excellent surface finishes at high feed rates Long-reach tools available with Carbide Core for enhanced rigidity and reduced deflection Precision cutter and insert combination provides longer tool life Deep gullets provide efficient chip evacuation, even on the heaviest cuts Inserts offered in both pressed and lapped versions for a combination of economy and performance

The most economical, high-performance inserts available! • PET and XPET inserts are manufactured using CNC press technology, A providing reliable accuracy and repeatability. • Feature a high positive pressed cutting geometry for aggressive material removal rates and low horsepower consumption. APET & XPET CNC Pressed Inserts • ave a strong edge preparation for heavy chiploads. H • re available in a large variety of corner radii with a true tangential blend. A Insert Geometry Selection APET Geometry XPET Geometry Positive/negative cutting edge with T-land Cutting Edge Positive cutting edge...

90° SQUARE SHOULDER MILLS Cutter Bodies for 10mm APET/XPET Inserts Dapra is in the process of transitioning to all thru-coolant tooling for SSEM, SSER, and CC-SSER cutter bodies. Solid bodies are available while stock lasts, after which only thru-coolant versions will be available. “C” denotes coolant thru tool. 10MM END MILLS APET/XPET | SINGLE-SIDED Overall Length Effective Length 1.25” cutters and smaller are available without Weldon flats in limited supplies. Add WOF to end of part number when ordering. OD * Cylindrical shank – no Weldon flats. Overall Length Effective Length 10MM...

(old versions for comparison) versions for comparison) (old XPHT.. Insert Size XPET Cutting Edge (Honed Edge) High Shear Fancier “cutaway” style Fancier “cutaway” style Available Coated Grades (EDP) XPET Inserts are ideal for high-performance milling of stainless steels and nonferrous materials such as copper alloys and aluminum. Also good for gummy, softer, free-machining steels. XPET-ALU lapped inserts feature a ground and lapped rake face for machining aluminum and copper alloys, bronze, brass, etc. Built-up edge is virtually eliminated. .380” .250” .031” .380” .250” .062” REQ =...

90° SQUARE SHOULDER MILLS Cutter Bodies for 12mm APET/XPET Inserts Dapra is in the process of transitioning to all thru-coolant tooling for SSEM, SSER, and CC-SSER cutter bodies. Solid bodies are available while stock lasts, after which only thru-coolant versions will be available. “C” denotes coolant thru tool. 12MM END MILLS APET/XPET | SINGLE-SIDED Overall Length Effective Length Overall Length Effective Length * Cylindrical shank – no Weldon flats. L 12MM EXTENDED-REACH END MILLS WITH CARBIDE CORE R Overall Length Effective Length 12mm Shell Mills 12MM STANDARD-PITCH SHELL MILLS Overall...

(old versions for comparison) versions for comparison) (old XPHT.. Insert Size XPET Cutting Edge (Honed Edge) High Shear Fancier “cutaway” style Fancier “cutaway” style Available Coated Grades (EDP) XPET Inserts are ideal for high-performance milling of stainless steels and nonferrous materials such as copper alloys and aluminum. Also good for gummy, softer, free-machining steels. XPET-ALU lapped inserts feature a ground and lapped rake face for machining aluminum and copper alloys, bronze, brass, etc. Built-up edge is virtually eliminated. .472” .312” .031” .472” .312” .062” .472” .312”...

90° SQUARE SHOULDER MILLS Cutter Bodies for 16mm APET/XPET Inserts Dapra is in the process of transitioning to all thru-coolant tooling for SSEM, SSER, and CC-SSER cutter bodies. Solid bodies are available while stock lasts, after which only thru-coolant versions will be available. “C” denotes coolant thru tool. 16MM END MILLS APET/XPET | SINGLE-SIDED Overall Length Effective Length Overall Length Effective Length * Cylindrical shank – no Weldon flats. R Overall Length Effective Length

Cutter Bodies for 16mm APET/XPET Inserts 16mm Shell Mills 16MM STANDARD-PITCH SHELL MILLS Overall Length Socket Head Cap Screw Overall Length Socket Head Cap Screw 16MM COARSE-PITCH SHELL MILLS EDP

90° SQUARE SHOULDER MILLS (old versions for comparison) versions for comparison) (old 16mm APET/XPET Inserts and Grades Left to right: T, N, D L XPET.. Insert Size Fancier “cutaway” style Fancier “cutaway” style APET Inserts feature a high-strength cutting edge and are ideal for high-performance milling of most harder steels and cast irons. XPET Cutting Edge (Honed Edge) High Shear APET Cutting Edge (T-Land Edge) High Strength XPET Inserts are ideal for high-performance milling of stainless steels and nonferrous materials such as copper alloys and aluminum. Also good for gummy, softer,...

16mm APET/XPET Inserts and Grades Left to right: T, N, D XPET Cutting Edge (Honed Edge) High Shear Fancier “cutaway” style Available Coated Grades (EDP) XPET-ALU lapped inserts feature a ground and lapped rake face for machining aluminum and copper alloys, bronze, brass, etc. Built-up edge is virtually eliminated. .625” .625” .625” .625” .625” PCD-tipped inserts provide the ultimate in wear resistance for high-volume aluminum or graphite milling. Available in 1/32” corner radius only. .225” leg length for the PCD tip. REQ = Available upon request. Older coatings available upon request; may...

90° SQUARE SHOULDER MILLS APET/XPET | SINGLE-SIDED Utility Cutters Make the most of your APET and XPET Inserts! BCSM 15° Back-Corner Shell Mills BCSM shell mills allow the unused corner of the APET/XPET inserts to be used for general face milling – this means you get 4 usable edges per insert instead of 2! B BCSM 15° BACK-CORNER SHELL MILLS D Cutting Diameter Overall Length “C” denotes coolant thru tool. BCSM Back Corner Shell Mill CMEM Chamfering End Mills CMEM end mills are perfect for chamfer milling, providing a free-cutting positive geometry for both 30° and 45° chamfering. CMEM...