What Is a Flat Laser? A flat laser refers to a laser system that produces a flat-top beam profile instead of a traditional Gaussian beam profile. In simple terms, this means the laser beam maintains uniform intensity across the entire

When it comes to joining metal parts, two popular methods often come up: brazing and welding. Both are widely used in metal fabrication, but they differ in temperature, technique, and application. Understanding these differences helps manufacturers and fabricators select the

What Is a Lathe? A lathe is a machine tool designed to rotate a workpiece against a cutting tool. This process removes excess material to create the desired shape, typically cylindrical. Unlike milling, where the tool rotates, a lathe spins

Bending metal is a foundational process in fabrication. It’s used in everything from HVAC ducting and enclosures to automotive brackets and massive structural steel projects. But the technique used to bend metal can vary widely depending on the material, its

A press brake machine is one of the most relied-upon tools in a fabrication shop. It plays a role in the bending process, helping manufacturers create precise angles and clean bends in sheet metal parts. From construction brackets to control

What’s the best way to make something? Building it up or cutting it down?   This is the question at the center of modern manufacturing. Whether you’re shaping metal parts or creating complex designs from scratch, your manufacturing method affects

From surgical tools to diagnostic systems and implantable devices, the products that power the medical industry don’t come off the same lines as car parts or consumer electronics. The materials might look familiar: stainless steel, aluminum, precision-cut plastic. But the

Quick Answer: A 5-axis CNC machine is a computer-controlled system that moves a cutting tool or part along five different axes, three linear (X, Y, Z) and two rotational (A and B or B and C). This added motion allows

If you’re comparing billet vs forged parts, the short answer is this: forged parts are generally stronger due to the way their grain structure aligns during the forging process. However, the answer isn’t always black and white. While forged parts