How Custom CNC Machining Improves Crank Performance

Wiki Article

If you’ve ever been curious about how machines make bike parts better, especially cranks, then you’ve probably heard something about CNC machining. One company that’s been putting this to good use is mickeycranks. But what does custom CNC machining really mean for crank performance, and why should you care?

CNC stands for Computer Numerical Control. This is a fancy way of saying that a computer tells a machine exactly how to shape a part out of metal. With custom CNC machining, crank arms and other bike parts are made with super high accuracy. So how does that help you as a rider?

First, better precision means a better fit. When each part is shaped exactly the same way every time, the crank fits more snugly into your bike and moves more smoothly. That smoothness doesn’t just make your ride more enjoyable—it also makes it more efficient. You’re losing less energy through wobble and weird movement.

Second, custom CNC machining means the crank can be made stronger without being heavier. That’s because the cutting tools can shape metal in ways that remove extra material where it’s not needed, while leaving the strong areas untouched. It sounds simple, but the result is a crank that’s tough enough to handle hard riding without adding extra weight you don’t want to carry.

Another bonus? Custom machining allows for different shapes that help with balance and power. Some designs spread the pressure from your pedaling more evenly, so there's less wear and tear—not just on the crank, but on your knees too!

Lastly, because the process is controlled by a computer, makers can repeat it again and again and get the same great result every time. That means fewer mistakes, and fewer cranks that don’t meet the mark.

So whether you’re a weekend trail rider or someone who races, having a crank made with custom CNC machining can really make a difference. The parts last longer, perform better, and help you get the most out of your ride. In the end, it’s a mix of smart design and careful shaping, all brought together by a machine that knows exactly what it's doing.