What’s on the Cutting Tool Materials poster
A 6-row table: Material · Use for · Note.
Harder cuts faster; tougher survives interruption. You trade one for the other.
- High speed steel — Low speed, complex forms — Tough and regrindable
- Coated carbide — General production work — The modern default
- Cermet — Finishing steel — Fine finish, brittle
- Ceramic — Hard turning, cast iron — No coolant, no shocks
- Cubic boron nitride — Hardened steel — Costly, very long life
- Polycrystalline diamond — Aluminium, composites — Never on ferrous metals
Diamond dissolves into steel at cutting temperature, so diamond tooling is for non-ferrous work only.
Questions about the Cutting Tool Materials poster
- What’s on the Cutting Tool Materials poster?
- A 6-row table: Material · Use for · Note. Harder cuts faster; tougher survives interruption. You trade one for the other. High speed steel — Low speed, complex forms — Tough and regrindable; Coated carbide — General production work — The modern default; Cermet — Finishing steel — Fine finish, brittle; Ceramic — Hard turning, cast iron — No coolant, no shocks; Cubic boron nitride — Hardened steel — Costly, very long life; Polycrystalline diamond — Aluminium, composites — Never on ferrous metals. Diamond dissolves into steel at cutting temperature, so diamond tooling is for non-ferrous work only.
- Who is the Cutting Tool Materials poster for?
- Cutting Tool Materials belongs to the Mechanical Engineering section rather than to a school year, because engineering is not something one grade owns. Anyone learning manufacturing can pin it up — a beginner, a student mid-course, or someone revising years later.
- When should you use the Cutting Tool Materials poster?
- Choosing an insert grade, or working out why an edge chipped rather than wore. A wall chart earns its place by being glanceable from where the work is happening, so Cutting Tool Materials belongs on the wall where that engineering work actually happens, within glancing distance, rather than filed away.
- What other posters go with Cutting Tool Materials?
- Additive Processes, Casting Processes and Speed & Feed sit alongside Cutting Tool Materials in the Mechanical Engineering section. Printed together they make a wall rather than a single sheet, which is how a reference set actually gets used.Additive ProcessesCasting ProcessesSpeed & Feed
- Is the Cutting Tool Materials poster free to download and print?
- Yes. Cutting Tool Materials downloads as a free PDF with no account, no email and no watermark, like everything else in the Mechanical Engineering section. Print as many copies as you like for a home, a classroom, a library or a tutoring group; reselling the file is the only thing the licence rules out.Read the licence
- What size does the Cutting Tool Materials poster print at?
- Cutting Tool Materials is a vector PDF laid out for US Letter, and prints on A4 with Fit to page — the same file, no separate download. Because every mark on it is drawn rather than photographed, it stays sharp enlarged to A3, A2 or A1 at a copy shop. Colour carries emphasis only, so a greyscale print of Cutting Tool Materials loses nothing.Printing guide
Related posters
Charts that sit alongside Cutting Tool Materials on the same wall.
Additive Processes
Mechanical Engineering
Casting Processes
Mechanical Engineering
Speed & Feed
Mechanical Engineering
Design for Manufacture
Mechanical Engineering
Heat Treating Steel
Mechanical Engineering
Designing for Moulding
Mechanical Engineering
Process Families
Mechanical Engineering
Selecting a Material
Mechanical Engineering
Browse every Mechanical Engineering poster, or start from the full catalogue.