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Now, because carbon fiber is so common in cars these days, it’s important for any detailer to know the difference between the two kinds of carbon fiber, their various properties, and how to properly maintain them. So in this blog, we’ll break down what makes wet carbon fiber wet, what makes dry carbon fiber dry, how they match up, and how to maintain them. Let’s get into it.

Pre-impregnated fiber is called “pre-preg” in the carbon fiber industry. The pre-preg fiber is placed in an autoclave to cure at high pressure and heat, which removes impurities and strengthens the material. Because the resin is baked in rather than applied on top, the fiber generally comes out looking flat rather than glossy. However, this look can be altered by applying a glossy layer of gel coat.

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Dry carbon fiber’s name also comes from its manufacturing process. During manufacture, dry carbon fiber has its resin pre-impregnated, that is, literally built into the fiber. Since no resin is being directly applied, the fiber is “dry”.

It’s good that you’re thinking through the issue of lathe vs. mill. Because, like all things machining, proper planning is crucial.

So whether you start with a lathe, a mill, or both, keep this in mind: Given the horsepower you need to cut metal, a 3-phase machine will provide smoother operation—meaning better surface finishes, longer tooling life, and less scrap.

Metallathe machine usage

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Well, you would be correct. Except, much like the difference between a wood lathe and a metal lathe, the difference lies in who holds the cutting tool.

Lathe machinePDF

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If you’re a car fanatic, you’ve definitely seen this material everywhere from accents to interior features. Outside of cars, carbon fiber is commonly seen in bicycle helmets and pocket knives as well.

The tool itself is held in a tool holder either in a fixed position or it can be raised or lowered to meet the workpiece. To make your cuts, you move the workpiece along an axis perpendicular to the spindle axis against a rotating but stationary cutting tool.

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A milling machine holds the cutting tool much more securly, making it possible to perform cutting operations on both metal and wood.

But you might only have space and budget for one of them. The decision will come down to a variety of factors—projects you want to do, machining operations you want to use, even things like headroom in your shop.

You might think of a drill press for that last task on the list, but a mill allows you to drill holes much more precisely.

5 uses oflathe machine

A mill is a machine that cuts metal by rotating a cutting tool, or spindle, rather than the workpiece within tight tolerances.

IPM = F x N x RPM · IPM = feed rate in inches per minute · F = feed per tooth · N = number of teeth · RPM = revolutions per minute.

Machining is a precise discipline (tips for beginning machinists here). The more measured your approach, the more successful you will be. But ultimately, you have to try it and see what works for you!

This makes a metal lathe much more versatile because the lathe can be used on wood or metal. Or just about anything else you can put in it for that matter.

Lathe machineoperations

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On a wood lathe, the machine’s operator holds the cutting tool. The operator moves the piece by hand to create complex shapes. Because a wood lathe requires manual operation, you can only use it for wood and cannot use it for metal.

Typically, turning removes excess material from the outer diameter of a workpiece with a facer, grooving tool, or other cutting head. But you can also remove material from the inside of a workpiece with a boring bar or the flat surface opposite your chuck as long as the amount of stick-out isn’t unsafe.

In our last blog on the topic, we suggested that wet carbon fiber gets its name from its glossy, “wet” appearance. In fact, the “wet” moniker refers to its manufacturing process, by which the carbon fiber is coated in liquid resin before being vacuum sealed to cure.

On a router, an operator holds the cutting tool in a handheld machine. The operator moves around inside the workpiece to create the needed shape. This makes a router a good woodworking tool but impossible to use on metal.

Uses oflathe machinein workshop

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While a lathe is the way to go for cylinders and symmetry, a mill is ideal for when a machining process involves creating flat surfaces and irregular surfaces, gears, grooves, and other features.

A metal lathe and a milling machine are also key complements to the fundamental metalworking tools in your home machine shop. The lathe is for your cylindrical and symmetrical shapes. The mill is for non-cylindrical workpieces.

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Many people see carbon fiber as a particularly futuristic, 21st century material, but it actually has its origins in the mid-19th century, back when Thomas Edison’s predecessors were trying to find the right material with which to make a lightbulb filament. Since then they’ve become an indispensable material in our post-industrial world.

Parts oflathe machine

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Just a little over three and half years ago we ran a blog post on the differences between dry and wet carbon fiber. Thanks to one intrepid commenter, however, we discovered that while we got most things right, there were some aspects of the analysis that weren’t entirely accurate. Let’s take another look!

Lathe machinediagram

Milling machines, like the well-known Bridgeport style of vertical mill or knee mill, offer precision capabilities for complex parts.

In this article, we’ll compare a lathe vs. a milling machine equipment, taking a look at key differences and use cases so you can make the right call for your shop.

Typically, a dry carbon fiber cloth is placed into a mold which has been coated with resin. Then, another layer of resin is coated on top of the cloth. Then the cloth and resin are sealed into a vacuum. The vacuum’s pressure impregnates the resin into the cloth, basically encasing it within the resin and giving it the sturdy structure most people associate with carbon fiber. This process leaves the fiber with a glossy appearance, however this can be altered by using a matte lay-up or sandpapering.

A lathe machine is a versatile machine that spins a metal workpiece at high speed. By bringing a non-rotating cutting tool against the rotating but stationary workpiece, you can cut and shape metal in many different ways.

Cnclathe machine usage

Some people get confused by the distinction between a wood lathe and a metal lathe. The differences between these two types of machines really comes down to what (or who) holds the cutting tool.

A lathe and a milling machine are the two most important workhorses of any complete machine shop. With either one, you can perform many of your fundamental machining techniques. Each is great at cutting away metal.

But you can’t do everything on a lathe. The capacity of your lathe also limits the size of the workpiece you can accommodate.

They work together to create complex shapes and can both be used on wood, metal, plastic, or a variety of other materials.

Now that we’ve broken down the definitions of wet and dry carbon fiber, let’s see how they match up in different categories.

Depending on all that, a lathe is a good starting point for hobbyists. Partly because, with the right skills, you can do (nearly) all the milling you need on a lathe. But not necessarily vice versa.

But they aren’t great for round shapes. And just like a lathe, the capacity of your mill will limit the maximum size of your workpieces.

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