General Steel Machining
Carbide turning and milling inserts for common steel workpieces, general machining and production maintenance.
- CVD / PVD coating comparison
- Edge strength and wear balance
- Standard ISO families
Applications
Tooling support by material, workpiece and machining process.
AegisCut helps buyers structure tooling requirements around actual machining conditions: material, operation, tool life target, finish requirement and repeat-order needs.
Material Matching
Application notes for practical buyer review.
These application areas help guide grade, coating and tooling-type discussion before quotation.
Stainless Steel
Grade and chip-control review for work-hardening materials and more demanding surface finish expectations.
- Heat and wear resistance
- Edge stability
- Coolant and chip evacuation notes
Aluminum & Non-Ferrous
PCD and polished-edge options for aluminum, copper alloys and non-ferrous production applications.
- PCD brazed inserts
- Surface finish requirements
- Built-up edge control
Graphite & Composites
Application-specific PCD / diamond tooling direction for abrasive workpieces and consistent edge performance.
- Abrasive wear control
- Geometry review
- Process-specific matching
Hardened Steel
CBN / PCBN and carbide options for hard turning, interrupted cuts and finish machining after heat treatment.
- Hardness range review
- Continuous vs interrupted cut
- Insert shape and edge prep
Cast Iron
CBN, ceramic or carbide options depending on hardness, surface condition and production quantity.
- Grey / ductile iron notes
- Wear resistance
- Batch stability
How We Review
Start with the workpiece, not only the SKU.
Workpiece material and hardness
Operation: turning, milling, boring, grooving or other machining process
Current tool reference and pain point
Target quantity, packaging and repeat-order expectation