”We have a large project in our monastery to print (and put) numbers for all the cells / rooms in order to be easily distinguishable for the pilgrims. We have a lot of pilgrims and especially at big feasts it is a serious problem with the accomodation for them due of the fact that our monastery is very old, mainly from 9th century A.C. – hence the corridors are intricate and rather dark.
That’s why is necessary to put numbers on doors and use a ”Glow in the dark” filament which is abrasive. We speak around 900 digits to be printed which means very aproximatively more than 2kg of filament, more than a regular brass nozzle can handle”Monk Theologos, July 2017, Holy Monastery of Vatopaidi, Mount Athos, Greece
Confidential propeller blade prototype by Additec.
”After we started using the Olsson Ruby nozzle in our industrial 3D printer, we have increased the quality of our parts printed with fiber reinforced materials.
Now, we are able to guarantee to our customers that the printing process will always respect their parts’ dimensions and tolerances requirements.
We use fiber reinforced materials when parts requires a good-to-high mechanical strength, Kevlar for less electrical conductivity and abrasive environments, and carbon fiber for lighter weight or conductive parts.”Olivier Michaud, Founder & CEO of ADDITEC, France, July, 2017
Test jig used for final programming and testing in production of electronic products by Norautron on a Ultimaker 2+.
As a general rule, we do not allow anything that can keep an electrostatic charge to enter our manufacturing.
The Olsson Ruby together with XT-CF20. really stepped up our game when it comes to fixtures and tooling.”Norautron team, Dec 20th, 2016
Gimbal guard for DJI Phantom 3 Advanced, printed in Prima Select Carbon on Ultimaker 2+
”First, I tried a few hardened nozzles and I had thermal issues. I also did try steel but it was like putting my finger in the air to find new standard print parameters each time.
Now, I use the Olsson Ruby and I’m a big fan.The main benefit for it is that i don’t have to worry about a moving target. Once I have things dialed in for the nozzle diameter, that’s where it’ll stay. Normal brass is a variable as it gets worn down and over time that is troublesome when creating parts that have very specific fit qualities.”Darren Keirle, UK, Feb 28th, 2017
OpenRC parts printed in carbon fiber infused Nylon, the ”NylonX” by Matterhackers on the Makerbot Replicator 2X at 0.25mm layer height.
”Other than being a high precision product the Olsson Ruby offers great value when iterating a project like the OpenRC Mini Quad and need that long time consistency in quality as it won´t degrade over time nearly as much many of it´s competitors when printing abrasive filament like the NylonX.”Daniel Norée, Sweden, Feb 2nd, 2017
”The Olsson Ruby pushes the limits of FDM printing, it allows us to print at the same temperatures and speeds as with the regular brass nozzles with amazing pin-point accuracy and it has the added benefit of not having to worry about nozzle wear when printing the more abrasive filaments.
Our customers require and expect us to produce small and precise details every time, and these kinds of developments allows us at sugarpop! to deliver great prints every single day.”Sugarpop! team, Spain, Dec 22nd, 2016
Robot Action Figure designed by le Fab Shop for the 2014 Paris Maker Faire. Printed in steelFill on a Ultimaker 2+.
”We’ve been running two of our abrasive filaments XT-CF20 and steelFill to see what these nozzles are made of. The temperatures we’ve used during printing have been very similar to regular brass nozzles, so it seems no big temperature difference are expected using The Olsson Ruby. Print looks great with nice layer adhesion”colorFabb team, NL, Oct 21st, 2016