Oil and gas equipment does not give a machined part much room for error. A component may need to contain pressure, maintain a seal, guide another component, control fluid flow, or keep two mating parts aligned while exposed to corrosion, heat, vibration, or repeated loading. That is why CNC machining...
What Is Billet Metal? How It Is Made, Machined, and Used
If you have searched for billet metal, billet aluminum, or a billet machined part, you may have noticed that the word “billet” is used in several different ways. That can make the term confusing. A billet is not a metal grade like 6061 aluminum, 7075 aluminum, or 17-4 PH stainless...
What Is Billet Aluminum? Billet vs. Cast vs. Forged
What Is Billet Aluminum? Billet aluminum is not a grade of metal. The word “billet” describes the form of the material. In most machining applications, it means solid aluminum stock that a manufacturer cuts or machines into a finished part. When a product is sold as a billet aluminum part,...
Thin Wall Machining for Aluminum Housings: How to Control Tight Tolerances and Chatter
A thin-wall housing does not become difficult simply because one wall is 1.2 mm thick. The real difficulty is how the part changes as material is removed. A housing can begin as a rigid aluminum billet and finish as a structure with walls only slightly over 1 mm thick. During...
CNC Machining Pitfalls to Avoid: Key Manufacturing Risks to Understand Before Purchasing Precision Parts
Introduction: Many CNC Machining Problems Start Before Production Begin For companies purchasing CNC machined parts, selecting a supplier is not simply about comparing prices and waiting for delivery. Many manufacturing problems do not happen because a supplier lacks CNC equipment or cannot complete the machining process. Instead, they often result...
Manufacturing Challenges of Oil And Gas Machining: Engineering Solutions for Reliable Component Production
Oil and gas equipment is designed to operate in demanding environments where components are exposed to pressure, temperature changes, corrosive media, vibration, and continuous mechanical stress. Over years of operation, even well-designed equipment will experience component wear, fatigue, corrosion, or damage. When a critical component needs to be replaced, the...