Aluminum Machining Reference
Aluminum varies by alloy and temper. Use the exact material condition with toolmaker cutting data, then calculate RPM and feed transparently.
Material references help you interpret the cutting-data source before entering values into a calculator. Open a material page for the grade, condition and process notes relevant to the job.
Stainless Steel Machining Reference
Stainless grades differ in strength and work-hardening behavior. Match the exact grade with the cutter data and validate the setup.
Carbon & Alloy Steel Machining Reference
Steel cutting conditions change with hardness, alloy, heat treatment and tool grade. Use the material family as a starting classification, not a single universal value.
Titanium Machining Reference
Titanium needs careful control of heat, engagement and rigidity. Use manufacturer data for the specific grade and cutter.
Brass & Bronze Machining Reference
Copper alloys vary from free-machining brass to tougher bronze families. Tool geometry and chip behavior influence the useful cutting range.
Cast Iron Machining Reference
Cast irons differ in hardness, graphite structure and chip behavior. Manage abrasive wear, dust and tool condition as part of the setup.
Engineering Plastics Machining Reference
Engineering plastics can melt, smear or deform if heat and chip evacuation are poorly controlled. The correct tool and cutting condition depend on polymer and feature.