Category: General
Inconel 625 Turning and Milling: Korloy Tooling Strategy for Nickel Superalloys
Korloy tooling strategy for Inconel 625 turning and milling. Covers ceramic inserts for roughing, PC9530 for finishing, round insert geometries, and high-pressure coolant requirements.
17-4PH Stainless Steel Machining: Korloy Insert Selection by Heat Treatment Condition
Korloy insert selection guide for 17-4PH stainless steel machining across all heat treatment conditions from Condition A to H900. Grade mapping, chipbreaker selection, and speed recommendations.
Machining 304 and 316 Stainless Steel: Korloy Grade and Chipbreaker Selection Guide
Complete Korloy grade and chipbreaker selection guide for machining 304 and 316 austenitic stainless steel. Includes PC9530, PC9540, NC3220 recommendations with parameter tables.
Wind Turbine Component Machining: Gearbox Housings, Main Shafts, and Bearing Rings — A Korloy Application Guide
Wind Turbine Component Machining: Gearbox Housings, Main Shafts, and Bearing Rings — A Korloy Application Guide The global wind energy sector continues to expand at double-digit annual rates, and behind every megawatt of installed capacity lies a stack of very large, very demanding metal parts. Gearbox housings in nodular cast iron, main shafts in 42CrMo4 …
3C Electronics CNC Machining: Micro-Milling, Burr Control and Korloy Tool Solutions
3C Electronics CNC Machining: Micro-Milling, Burr Control and Korloy Tool Solutions The 3C electronics industry — computers, communications, and consumer electronics — demands some of the most aggressive machining economics in modern manufacturing. Smartphone frames, laptop chassis, heat sinks, and wearable housings are machined from aluminum alloys (typically 6061-T6, 6063, or 7075) at enormous volumes, …
3C Electronics CNC Machining: Micro-Milling, Burr Control and Korloy Tool SolutionsRead More
Cutting Force Calculation in CNC Machining: Formulas, Limits, and Korloy Tool Solutions
Cutting Force Calculation in CNC Machining: Formulas, Limits, and Korloy Tool Solutions Every chip that peels away from a workpiece requires force. That force determines spindle load, deflection, chatter onset, and ultimately whether a part meets tolerance or ends up as scrap. Despite its importance, cutting force is often treated as a black box—operators set …
Cutting Force Calculation in CNC Machining: Formulas, Limits, and Korloy Tool SolutionsRead More
Korloy Turning Insert Family Guide: Matching DNMG, WNMG, CNMG, SNMG and TNMG to Your Application
Korloy Turning Insert Family Guide: Matching DNMG, WNMG, CNMG, SNMG and TNMG to Your Application Choosing the correct turning insert geometry is one of the most impactful decisions a CNC programmer or operator can make. The ISO designation system tells you far more than just the shape of the insert; it encodes clearance angles, tolerances, …
Automotive CNC Machining: Cylinder Heads, Brake Discs, and Connecting Rods
Automotive CNC Machining: Cylinder Heads, Brake Discs, and Connecting Rods The automotive industry remains one of the largest consumers of indexable cutting tools, driven by relentless pressure for tighter tolerances, shorter cycle times, and lower cost-per-part. Three components in particular dominate CNC floor space in powertrain and chassis shops: aluminum-silicon cylinder heads, gray cast iron …
Automotive CNC Machining: Cylinder Heads, Brake Discs, and Connecting RodsRead More
Carbide Insert Edge Preparation: Hone, T-Land, Chamfer and Their Effects on Performance
Technical guide to carbide insert edge preparation including hone, T-land, chamfer, and waterfall edge types. Covers effects on cutting forces, tool life, and selection criteria by operation and material.
Cutting Fluid Selection: Emulsion vs Synthetic vs MQL for Different Operations
Comprehensive guide to cutting fluid selection for metalworking operations. Compares emulsion, synthetic, and MQL systems with decision criteria by operation type, concentration control methods, and environmental considerations.
