Metal Machining

Getting the cutting speed and feed rate right is critical when machining titanium — set them too high and you burn through tools; too low and you waste cycle time. This guide breaks down the specific speed-and-feed parameters for common titanium alloys, with practical ranges for turning, milling, and drilling. For a complete overview of […]

Graphite is an excellent material used in various industries for its many properties, but one question remains: How easy is it to machine graphite? The following article delves into the details of graphite machining and sheds light on the methods, tools, and other important aspects that encompass working with this remarkable material. Not only will

Grade 5 titanium (Ti-6Al-4V) combines high strength with low thermal conductivity and aggressive work-hardening, making it one of the most demanding alloys to machine. For a broader overview of the entire process, see our titanium CNC machining guide. Below are 10 expert-backed tips that will help you optimize tool life, manage heat, and hold tight

Choosing the right cutting tool is the single biggest factor in successful titanium machining. Titanium’s high strength-to-weight ratio, low thermal conductivity, and tendency to gall demand tooling that can handle extreme heat and cutting forces. For a complete look at grades, parameters, and applications, see our CNC machining titanium guide. This article focuses specifically on

What Is CNC Machining Titanium? CNC machining titanium is the process of shaping titanium and its alloys into precision components using computer-controlled cutting tools. Titanium ranks among the most demanding metals to machine, yet its unmatched strength-to-weight ratio, corrosion resistance, and biocompatibility make it indispensable across aerospace, medical, automotive, and marine industries. This guide covers

The conductivity of copper catalyzes its application across many industries, including power transmission and electronics manufacturing. But how does one measure and standardize performance for such an element? Enter the International Annealed Copper Standard (IACS)—the universal grading system that assesses the degree of conductivity of copper and its copper-based alloys. In this article, we discuss

Regarding high-grade cable conductors, the materials utilized are important for efficiency, reliability, and excellent signal transmission. A few of the most discussed copper variants include Ohno Continuous Cast or OCC copper and Oxygen Free Copper, an industry favorite in audio and telecommunications engineering. So, what divides these two from each other, and how do their

Aluminum and copper are two of the most widely used metals in CNC machining, each with unique advantages. Due to these differences, working with them effectively requires a deep understanding of these materials. Even when users are unfamiliar with the processes of CNC machining, these aspects must be appropriately understood. Further along in this article,

Copper’s high ductility and tendency to produce long, stringy chips demand carefully tuned speeds and feeds – get them wrong and you will fight built-up edges, poor finishes, and rapid tool wear. This guide details the optimal cutting parameters for CNC machining copper and its common alloys, from pure C110 to free-machining C360 brass. For

Copper alloys are valued for their broad applicability and excellent behavior in various industrial processes. For example, C18150 and C18200 have been selected for use because of their noted properties and satisfactory performance. Nevertheless, one needs to do some research on their differences in composition, mechanical properties, and their most efficient applications in order to