Plaquettes de fraisage d'épaulement
Carbide inserts for CNC square shoulder milling, including 90° shoulders, step milling and compatible side, slot and ramping operations. Match the insert to your shoulder milling cutter, required cutting depth, corner radius and workpiece material.
Shoulder Milling Insert Families
Choose the family that matches your existing cutter system, or compare the available platforms before checking the complete insert designation.
Choose by Shoulder Milling Requirement
Shoulder milling generates a vertical wall and horizontal floor in the same operation. Choose the insert system according to shoulder accuracy, cutting depth and the required machining method.
True 90° Shoulder
For square shoulder milling where a 90° entering angle, wall accuracy and a clean wall-to-floor transition are required.
Deep Shoulder & Step Milling
For deep shoulder milling and repeated step-down passes, check the insert cutting-edge length and the cutter system's maximum cutting depth (APMX).
Slot & Side Milling
Some shoulder milling systems can also handle side and slot operations. Confirm cutter width, pocket layout and insert compatibility first.
Ramping & Pocket Entry
Ramping, helical entry and pocketing capability depend on the cutter geometry and insert system, so verify the cutter specification before use.
Check the Insert Against Your Cutter System
A complete insert code or cutter model is the fastest way to confirm pocket compatibility, usable cutting depth, corner geometry and the correct insert family.
Insérer le code
Send the complete insert designation, including size, chipbreaker, corner radius and grade whenever available.
Cutter Body / Series
Provide the shoulder milling cutter or square shoulder milling cutter model, diameter, pocket system or an existing insert sample for compatibility checking.
Maximum Cutting Depth
Confirm the required shoulder depth or APMX so the insert edge length and cutter system can be matched correctly.
Rayon de l'angle
Specify the required corner radius and floor condition, especially where wall-to-floor geometry is important.
Choisir la direction de l'alésage en fonction du matériau de la pièce
Use the workpiece material to narrow the grade direction, then confirm the exact grade and geometry for the selected insert family. For interrupted shoulder milling or unstable setups, share the cutting condition during RFQ review.
Acier
For carbon steel, alloy steel and general steel shoulder milling, including roughing applications where edge stability and productive metal removal are important.
Acier inoxydable
For stainless and tougher materials where heat, chip flow and edge toughness require a more suitable grade and geometry.
Fonte
For cast iron applications where abrasion resistance, edge consistency and stable shoulder generation are the main priorities.
Aluminium et métaux non ferreux
For selected insert families using sharp cutting geometry and suitable grades for aluminum, copper and other non-ferrous materials.
Grade and geometry availability varies by insert family and complete designation. Confirm the exact option on the product page or during RFQ review.
Need Help Matching a Shoulder Milling Insert?
Send your insert code, cutter model, required shoulder depth, corner radius, workpiece material, cutting condition and quantity for compatibility and grade review.
