Knife Making

Reproducing traditional wootz is equal parts metallurgy and patience. Miss the cooling curve or trace-element dose and you get either a plain, featureless bar or a shattered puck.

CPM MagnaCut is a next-gen powder-metallurgy stainless tool steel engineered by Dr. Larrin Thomas. By eliminating large chromium carbides, it hits the “holy trinity” of knife performance—high wear resistance, high toughness, and real-world stainless behavior—at 60-64 HRC.

Knifemakers use various etchants to achieve different effects, but some prefer natural etchants like vinegar, lemon juice, or wine. One natural etchant that has gained popularity in recent years is coffee.

Knife making takes some skills in metalwork, woodwork and designing, much endurance, carefulness and tranquility. You’ll need to take it easy and not hurry to make sure you’ll succeed. Fine projects take practice, and you might craft dozens of knives before making your excellent one. 

Scrimshaw is a traditional folk art form in which fanciful designs are carved into bone or faux ivory, then colored with ink. The maritime art form originated around late 17th century from commercial whaling and reached its peak by the mid-19th century. Whale’s teeth, walrus tusks or elephant ivory were used as scrimshaw material.

In the world of premium knife making, M390 steel stands out as a paragon of performance and durability. Known for its exceptional edge retention, corrosion resistance, and overall toughness, M390 steel has carved a niche for itself among professional knife makers and enthusiasts alike.

Damascus – this appealing yet enigmatic steel has captured the imagination of many bladesmiths and knife lovers. The material provides an extremely tough, strong blade that can endure gross impact with a very little degradation of the edge. Historical Damascus’s great edge retention and an inability to shatter even under severe abuse is a rare feature even by today’s standards. Many layers of a Damascus blade welded together form multiple bands and mottling patterns that are inviting to the eye and unique in each blade.

When making a knife, you shouldn’t overlook the handle – the component responsible for the proper grip and operability of your knife. Here’s the project that features an assembly handle of several wooden and mammoth tooth slabs. Learn how to make a knife knife in several simple steps!

The finish quality of the blade is determined by the Grit of the finishing grind. These can range from a low-shine 280-320 grit finish to a mirror-shine. The high polish shine can be accomplished by buffing with chrome oxide (ex. white chrome, green chrome), hand rubbing with extremely fine wet-or-dry abrasive paper, or with a Japanese water-stone, which has an approximate grit of 10,000-12,000. Most high quality manufactured knives have about an 800 grit finish.