New 3D Printer filaments are coming to light each and every day. We have seen substantial uses with PLA filaments, woods, and other forms of plastics. These filaments are excellent for producing standard 3D Printed models but fall short when the need for a stronger piece arises. Thankfully, carbon fiber 3D Printing is here to help.

What is Carbon Fiber 3D Printing?

Metal filament has been a part of the 3D Printing World for many years and has become an excellent way to fabricate many items that simply would not be possible with standard plastic filament options currently on the market. However, there are some pitfalls with standard metals that make them less than applicable for some of the more intricate pieces. Metal is rigid but can easily falter under pressure when made into a 3D Printed Model depending on the level of density required. It should also be noted that metals are traditionally very heavy and where that might be great for some projects, it can hinder others.

Carbon Fiber 3D Printing is a bit different. It produces strong, rigid materials, but does not have the same density and weight of traditional metals. This makes it a great means of producing prototypes that must meet specific weight requirements. The more rigid, durable, and light you can make a product, the more likely consumers will enjoy it as well. Carbon Fiber 3D Printing makes it possible to produce custom made pieces without adding to the weight of a product.

Carbon Fiber 3D Printing ideal for manufacturing durable parts on both large and small scales.

What is Required for Carbon Fiber 3D Printing?

When choosing to 3D Print with the use of carbon fiber, the print is not as easy as it would be with standard PLA, nylon, or other plastic based materials. It requires a specialised 3D Printer designed to handle heat and pressure necessary to extrude the filament. Apart from having the right type of 3D Printer, the user will have to use a filament dryer to help the process along and aid in the prevention of warping with longer parts. It is also useful, due to the heat necessary for this filament, to utilise an enclosed 3D Printer or cover the printer in some way to hold as much heat as possible within the chamber.

Nozzle Choice

Carbon Fiber 3D Printing is unique and may require you to change the standard nozzle of your current 3D Printer. Due to the excess heat and highly abrasive nature of Carbon Fiber 3D Printing an Olsson Ruby Nozzle is required to successfully print with the material.

Olsson Ruby Nozzle for Carbon Fiber 3D Printing

Benefits of Carbon Fiber 3D Printing

Carbon Fiber 3D Printing is becoming a more normalised thing in the industry. It is ideal for prototyping and adaptive manufacturing, but still an attainable goal for even the hobbiest 3D Print enthusiast. Here are some of the other benefits of Carbon Fiber 3D Printing.

Guards Against Corrosion

One of the problems faced when 3D Printing with standard metals is their high corrosion factor. Metals, when left in the elements, will begin to form a skin and ultimately become very brittle from exposure. Carbon Fiber 3D Printing materials, however, are naturally resistant to traditional corrosion, so they are great for outdoor projects no matter what climate you live in.

Expansion and Contraction

Metal is a curious filament. Even though it is made to be rigid and durable, extreme temperatures can warp the material. Carbon Fiber 3D Printing materials are resistant to expansion and contraction as well, so for those that require the strictest of measurements, the materials work perfectly.

No Need to Adjust Settings

There are certain adjustments that must be made for 3D Printing with Carbon Fiber outlined above, but one thing you should not have to do is adjust the individual settings of your 3D Printer. Carbon fiber extrudes easily with standard settings provided the heat environment is kept in check.

What Can Carbon Fiber 3D Printing Do?

That is an excellent question. Carbon Fiber 3D Printing has the ability to do more than standard plastic and even metal filaments could ever dream of. The materials can be used to produce practically any item that requires strength but can also withstand a lot of wear and tear. The auto parts industry, marine industry, and even sports equipment would greatly benefit from its use as high strength and durability are required for all three of these avenues. Carbon Fiber 3D Printing materials can do much for the way we produce and utilise products. It might also make it substantially cheaper to buy many of the products we need. The possibilities are endless with this highly adaptive 3D Printer filament.

 

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