Englau Group: Quality Abrasives and Tools
With 20 years of experience, Englau Group manufactures and exports quality abrasives and tools, working closely with customers to refine our products for optimal results.
Contact Information
Mr. Eric Lau
President, Englau Group Co., Limited
Phone: +86 137 7034 5768
Our products cut, grind, strip, sand, clean, and polish a variety of materials, including wood, metal, plaster, plastic, paint, bricks, and tiles. Suitable for both DIY users and professionals, they cover a range of surfaces, including walls, floors, furniture, and vehicles.
Stainless steel’s durability makes machining challenging, requiring specialized cutting tools. Englau Group offers guidance for selecting the most suitable tools. This article covers key considerations for selecting stainless steel machining tools.
1.Identify the Grade of Stainless Steel
Begin by identifying the grade of stainless steel, as each grade has unique properties such as hardness, toughness, and machinability. For example, austenitic stainless steel is common and easier to machine, while martensitic stainless steel is harder and more difficult to machine. Knowing the grade is essential for engineers and machinists to select the right cutting tools.
2. Consider the Cutting Tool Material
The choice of cutting tool material is critical. High-speed steel (HSS) is cost-effective for low to medium speeds and preferred by DIY users, while carbide, though more expensive, is better suited for high-speed cutting and heat resistance favored by professionals.
3. Choose the Right Cutting Tool Geometry
Cutting tool geometry, including the shape of the cutting edge and tool angle, affects the type of cut, chip formation, and heat generation. For stainless steel, use sharp-edged tools. Select the right cutting tool geometry. Cutting-edge shape and tool angle determine cut type, chip formation, and heat. Use a sharp cutting edge and positive rake angle to reduce forces and heat when machining stainless steel and aluminum oxide (Al2O3). TiN is best for low to medium speeds, while TiCN and Al2O3 are suited for high-speed cutting.
5. Consider the Machining Conditions
Evaluate machining conditions such as cutting speed, feed rate, and depth of cut when selecting tools. Optimize speed and feed rate to reduce wear and extend tool life, and minimize. Assess machining conditions—cutting speed, feed rate, and depth of cut—when choosing tools. Adjust speed and feed to reduce wear and extend tool life. Minimize cut depth to lower forces and heat. Selection and parameter optimization will enhance efficiency and productivity for both professional users and DIY enthusiasts.
