Materials & Manufacturing
Sep 22, 2026
Welding and Handle Attachment in Knife Manufacturing: Bolsters, Tangs and Joints
Where metal meets metal, hygiene and strength both depend on the joint. Welding and mechanical options.
Sep 15, 2026
Knife Tooling and Dies: Manufacture, Life and Maintenance Economics
A die is a capital asset with a maintenance schedule. How die life is estimated and when replacement is due.
Sep 11, 2026
In-Process Quality Control in Knife Manufacturing: The Gates That Prevent Scrap at the End
Final inspection finds defects, in-process control prevents them. Where the critical control points sit.
Sep 08, 2026
Heat Treatment Furnaces for Cutlery: Salt Bath, Vacuum and Continuous Lines
Furnace type determines consistency, distortion and cost. Comparing the three routes used in knife production.
Sep 02, 2026
Knife Steel Metallurgy: What Carbon, Chromium, Molybdenum and Vanadium Actually Do
Each alloying element trades one property for another. Reading a steel grade as a set of deliberate compromises.
Aug 26, 2026
Knife Stamping Lines: Dies, Tonnage, Throughput and What Sets Unit Cost
Stamping is the cheapest way to make a blade. Die design and line speed decide the actual cost curve.
Aug 24, 2026
Knife Polishing and Surface Finishing: Processes, Abrasives and Consistency
Satin, mirror, tumble and brush finishes. How each is produced and why consistency is harder than shine.
Aug 19, 2026
Energy and Environmental Profile of Knife Manufacturing: Where the Load Actually Sits
Heat treatment and compressed air dominate the energy bill. Where efficiency gains and reporting obligations meet.
Aug 13, 2026
Laser Cutting vs Waterjet for Knife Blanks: Speed, Edge Quality and Cost
Both cut a blade profile without tooling. The differences show up in heat affected zone, finish and throughput.
Aug 10, 2026
Injection Moulded and Overmoulded Knife Handles: Tooling, Materials and Bonding
PP, ABS, TPR and overmoulded grips. What bonds to a tang, what fails, and how tooling drives unit cost.
