When you go to print something out on your 2-dimensional desktop printer, you don’t think twice about what kind of toner or ink cartridge that you are using. In reality, your options are very limited and you probably purchase the most affordable ink you can, just to save money. However, when it comes to 3D printing, your options have still remained pretty limited, with choices such as PLA or ABS. These are two different types of plastics, each with their own slightly different properties. Recently, we have begun to see a bit of an influx in new material options, with the realization by filament manufacturers that people desire variety.
Now there are nylon filaments that can bend, wood filaments that look and feel almost like the real thing, and even bronze filaments that many people would mistaken for real metal. Over the course of the past year, we have seen a rather large influx of these new material options hitting the market. The more options we have, the more things we can print, and the better off the 3D printing space becomes.
One company, Keytech Solutions, believes that we have only begun to see the potential that material science has when it comes to 3D printing. They themselves have been working on creating unique, and relatively unheard of products which could be the start of something quite interesting.
One of the most unique options that they offer, is a filament that they call ‘Double Colour Rod’.
“I’ve developed a system to put together two different half parts of 3 mm rod filament to create a new color,” explained Stefano Corinaldesi of Keytech to 3DPrint.com. “For example, if you put [together] half yellow and half blue you will get a green colour. This solution is possible only with 3 mm filament because 1.75 mm is too small.”
Basically how it works, is you take 2 different color filaments and attach them together using Keytech’s system. Then, using a 3D printer that has the ability to extrude 3 mm filament, you can print with it like you would any other PLA or ABS material. When melted and extruded the two colors mix together creating a new color combination.
This isn’t the only innovative new material that Keytech offers when it comes to 3D printing. “Keytech 3D Printing filaments are made with highly special polymers, mostly never used in 3D Printing until today,” the company explains.
Some of these other materials that they have come up with include the following:
- Polykey PA6GFV0
- Polykey PPMF
- Polykey PPGF
- Polykey PLA HS NX
- Polykey PLA HS
These all feature properties that aren’t seen in your typical ABS or PLA filaments, including lower degrees of skrinkage, less moisture absorption, greater flexibility, and higher degrees of heat deflection. They are priced at 50€ per 100 grams, and come unspooled, in loose coils that are shipped in plastic bags within a carton box.
Keytech also offers custom solutions to companies who wish to create filament with their own unique polymers. It’s called TAILOR MADE 3D Printing Filament (TM3DPF). They do this by taking various 3D printable polymers and mixing them together to get just the right polymer needed for a particular FFF 3D printing job, based on the physical properties of each material.
Without a doubt, we have not yet even come close to breaking the surface as far as the material options available for 3D printing. Companies like Keytech, however, are moving us steadily in the right direction.
For those of you wishing to order this filament, the company does not yet have a website available for placing custom orders, so they ask that you contact them via email. What do you think? Would you have use for any of these interesting materials? Discuss in the Keytech filament forum thread on 3DPB.com.
You May Also Like
3D Printing for Molds and Dies, Part 2
In part one of this series, we gave an overview of how 3D printing is used to fabricate molds and dies for injection molding and die casting. In particular, additive...
3D Printing for Molds and Dies, Part 1
As adoption of 3D printing spreads throughout the larger sector of industrial manufacturing, the value of the technology as more than just a rapid prototyping tool is becoming increasingly evident....
The State of 3D Printing in Industrial Goods, Part Four
In the previous installment in our series on the use of 3D printing in the industrial goods sector, we discussed some general trends, as well as the key manufacturers of...
The State of 3D Printing in Industrial Goods, Part Three
After exploring the users of 3D printing in the industrial goods segment, as well as service bureaus that are producing some of those goods, we’ll now be taking a look...
View our broad assortment of in house and third party products.