Meet THRILL. The newest light in the Schoone Lights collection. The shape of the shades was designed by Kees Kamper. He used mathematics to create a shade that looks like as if it’s lingering around the chassis of the lamp. But, as can be seen in the second image from the right, this is an optical illusion.
The shades of THRILL are printed according the ‘infill only’ method. It’s base is made of recycled plastic. The 12 Volt LED light system implies: this is an energy save product. Available at Alosery Art & Design € 595
Not available yet, just a sneak preview: BABY THRILL
Last week, Kees calibrated and tested his self-repaired Leapfrog and the robot is printing as if nothing happened.
A month ago Kees was interviewed by Bob Timroff of the Dutch tech magazine MACHINA. As an illustration with the interview Bob wanted a Steve Jobs-like picture of Kees and his Leapfrog. This could not happen because it looked like the printer was completely finished. Now it is printing great stuff again!
Bob did not need the Jobs-like picture to write a great story about the Kees Kamper 3D print adventures. It’s published in MACHINA and out now. So if you are interested in the stuff we publish: buy MACHINA 8: Bob tells the ‘infill only’ story better than we do.
An update about ‘Paternoster’. We try to sell this light system in light/interior shops, but until now they are not interested. A pity for them, but no problem for Schoone Lights because art galleries love ‘infill only’ lights. ‘Paternoster’ was already for sale at Umbria
Bad news: after five years of very intensive usage my leapfrog Dual Creatr is seriously in trouble. Suddenly it lost complete control over it’s x-movements. It does not recognise x=o, produces aggressive sounds and goes anywhere but the right x coordinates. I did some research and think the motor which drives the x-axis is broken. But I am not sure. The question is should I invest in a five year old 3D printer? What if there are additional problems and what’s the future of an overaged Leapfrog? Conclusion to much uncertainty, so I will not invest in my senior Leapfrog.
I owe a lot to this machine: it changed my life! But it is time for something new. My Leapfrog is from 2013, which means it’s unbelievable old and nowadays there are much better 3D printers available. But it’s difficult to say goodbye, so, I give my printer one last chance by asking Leapfrog if there’s still a suited motor in stock and given the uncertainty about the status of my Creatr; do they want to sent me one for free? They did not answer this question yet.
As I said, this 3D printer changed my life. I never thought: “one day I will be selling light systems in art galleries”, but I do. Together with Gerard Schoone we are ‘Schoone Lights’ and this brand-new company is a very promising startup. In the previous post, I mentioned that some of our lights are exposed and for sale at Gallery De Hooffzaak. They still are until the 27th of January.
Schoone Lights had a wonderful time at Rotterdam Design District. In fact we were surprised by the amount of positive attention our product received. Many visitors liked what they saw, but were curious about what they were looking at. Understandable, because when you see ‘infill only’ 3D prints for the first time, you might think: is it a kind of fabric or is it perhaps glass?
Regular 3D prints have a plastic look and feel, ‘infill only’ products are mysterious.
Some months later, at ‘MEESTERLIJK’, a 3 day event the Westergasfabriek Amsterdam (where professionals from traditional craft such as silversmiths and woodworkers together with designers and manufacturers of handmade design expose their products) we had the same experience. Many people took a closer look at our ‘infill only’ shades, but did not dare to touch them. When we told them, they could, most people were surprised. They expected very fragile material, but they experienced a strong and stiff lamp shade: nice surprise.
Important notion: Schoone Lights are environment friendly: our 3D printed parts are made of fully recyclable PET. They are printed in Haarlem and only when we need them, so no stock and almost no transport. The lights are 12 volt /1.5 Watt LED systems, which means Schoone Lights use less energy than average lights.
Meanwhile Gerard designed some strictly metal lights. This one is called GeO:
Schoone Lights is ready to sell it’s products. For information about pricing: contact our agent Bas Meijer of ceipps.nl Phone +31 35 6720711 or mail email@example.com
You can also contact Gerard: firstname.lastname@example.org for a visit at his studio.
Some weeks ago we were asked to design a light with logos to present to Secretary of State Keijzer and prince Constantijn on the opening of the Dutch young tech startups pavilion of the Hannover Messe 2018. We did, and on the first of May the pavilion was opened by secretary of state and the prince. This event was hosted by a young tech company called 3D4makers. They invented a waterless production process of 3Dprint filaments. SCHOONE LIGHTS uses 3D4makers PET-G in it’s prints, with great results.
During the passed two years, Gerard Schoone designed many variations of his smart light systems on 12 Volt (PATER NOSTER). Kees Kamper prototyped the INFILL ONLY parts and together they created the Schoone Light Collection.
On 6, 7 and the 8th of June The Schoone Light Collection is presented at Design District Rotterdam in the Van Nelle Factory. We present several standing lights, a hanging light, a wall light and some table lights. Also present: the impressive “Wall Of Light”.
…. or do you want the most minimal light you can get today?
Visit our newsletter for additional information about SCHOONE LIGHTS at DDR 2018
In our last post we used 3D printing to create a new part to build a better version of an almost forgotten chandelier.
Gerard modified the steel rods and in this post we use the same central part to present a fully 3D printed chandelier: TRAPEZE 02
The same light shades we used in our standing lights, are now building a hanging light. One can also put this light system upside down and it becomes a standing light!
Trapeze 02 is rather big, how about a smaller version?
After some adaptations of the central 3D printed part we prototyped TRAPEZE 03. To complete the Schoone Lights collection 2018 we also needed a wall light. New modifications of the central part gave birth to WALL ONE.
It’s amazing to see how 3D design and printing allows you to check out (prototype) your ideas in a very short time. Some years ago you needed a expensive molding service to build your prototypes. Today some 3D modelling and 3D printing do this trick faster and cheaper.
Three years ago, opqrstu3D started 3D printing. Today, I am still using my good old Leapfrog Creatr 2013. And, I still add posts about our 3D print experience. This blog started out of frustration. Today, it’s more or less an opqrstu3D showcase; a pict says it all. That’s were Instagram does it’s thing. In no time, picts go all around the world, only hashtags needed. Opqrstu3D likes this. Follow us at Instagram. More picts, less words.
One of the first lights opqrstu designed and printed on infill only settings was 3Dreamz. Creatr printed it on a Leapfrog PLA (2013). Today, my robot re-printed this ‘old’ light on a ‘new’ filament: 3D4makers PET-G (titanium). Modern opqrstu lights use LWW to connect a LED light bulb to 12 volt, so I adapted the original 3Dreamz to LWW and here’s one of the big advantages of 3D printing: it’s easy to change and print an old model in a new future.
Opqrstu exposed it’s 3D prints at K= galerie, Amsterdam.These days are gone.
Sadly, todays K= is too old fashioned to expose and sell 3D printed products.
3D4makers has a new filament: PLLA. It’s a PLA that might be used in new medical applications like tissue engineering. Tissue engineering is a domain in medical technology and has emerged as a promising alternative approach in the treatment of malfunctioning or lost organs where patients are treated by using their own cells, grown on a polymer support, so that a tissue part is regenerated from the natural cells.
JP Wille, the founding father of 3D4makers asked opqrstu3D to test PLLA in infill only settings. Meanwhile, Slic3r updated their infill patterns with a pattern called ‘3D Honeycomb’. This new infill pattern should, in theory, provide maximum strength in all axes while using the least amount of material to do so. Today opqrstu3D tested PLLA on ‘3D honeycomb infill only settings and the results look very promising. The prints are light weighted, very strong and looking real clear. The cube is a tissue engineering test. As the pict also shows; PLLA is also a promising filament for non-medical prints.
Tissue engineering has nothing to do with boats and ‘kroonsteentjes’, it’s about growing animal/human cells in biodegradable materials. To demonstrate the possibilities of PLLA on infill only settings, I downloaded the model of an ear and a nose by addamay123. Creatr printed slightly adapted versions on PLLA, 3D honeycomb infill only.
As a blogger, I use writing and pictures to present my adventures in 3D printing. Today it’s time for something else: The first opqrstu3D vlog. I am not very happy with the quality of the movie, but it presents an additional look at 3D designing & printing your lights. Enjoy.