Infinite Inventory with 3D Printed Lamps: Uncommon Lamps | Real 3D Printed Products
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- Опубликовано: 11 сен 2024
- Visit www.uncommonla...
Explore the transformative impact of 3D printing in the bespoke home décor industry with Uncommon Lamps. In this video, we discuss how our long time client, Uncommon Lamps, leveraged Mass Production 3D Printing to scale up their business. Their forward thinking approach has allowed for an extensive range of unique and intricate lamp designs, previously unattainable through traditional manufacturing methods.
This video not only showcases the success and creativity of Uncommon Lamps but also highlights the broader potential of 3D printing in transforming manufacturing processes and business models. It's a testament to how innovative technologies can create new opportunities and redefine industries.
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About Slant 3D
🏭 High-Volume 3D Printing: Scalability Meets Flexibility
Slant 3D's Large-Scale 3D Print Farms utilize 1000's of FDM 3D printers working 24/7 to offer limitless scalability and unparalleled flexibility. Whether it's 100 or 100,000 parts, our system can handle it reliably, while still allowing for real-time design updates, ensuring products evolve with the times. This adaptability is key in today's fast-paced world.
🌿 Sustainable Manufacturing: Eco-Friendly Efficiency
Embrace a system that drastically reduces carbon emissions by eliminating carbon-intensive steps in the supply chain, such as global shipping and warehousing. Our approach minimizes this footprint, offering a more sustainable manufacturing option.
⚙️ Digital Warehouses: Parts On-Demand
Think of print farms as a "Digital Warehouse", meaning we can store your parts digitally on a server rather than physically on a shelf. parts are available on-demand, reducing the need for extensive physical inventory.
LEARN MORE at www.slant3d.com/
Produced by Slant Media
THIS is the real power of 3D printing: thousands of shapes, no need to pre-produce them in advance.
I was able to bring 3D printing to my work at a beverage company to print parts for our machines. Currently, we have only put one part into true production, with one in testing and four in the design phase. Even with just that one part, we save $60k annually (it costs $115 to buy or $0.60 to 3d print) and will save over $150k annually once I get the other parts vetted. Not only is it a cost savings, but it also means that we don't have to wait for parts to be delivered (many come from europe) and spend as much time forecasting our needs.
I have learned so much from watching your videos that I have been able to apply here. Thank you!
That's awesome! Insane a company has the gall to charge $115 for a $1 part.
I hope you got a significant raise!
"a warehouse where the shelves make the product". Brilliant.
One of the best applications for additive manufacturing. It's probably more choice than most consumers want, but it's possible to integrate parametric CAD with a web front end and allow a customer to select a shape or design and then have the lamp not only any height and diameter they like, but also change other parametric features such as number of flutes, flare, et cetera, and then see the product rendered on their computer before clicking the buy button.
3D printing just loves lamps. Gantri is another great example that you guys have mentioned before.
Excellent use of industrial 3dP concept to consumer optimization!
probably the best use case for additive mfg, shapes that are impossible or would be excessively costly to mold and being accessible for small or medium businesses. Another upside is shipping, on paper at least a company could contract with print farms globally and so someone in Europe gets their product printed by a farm in Europe rather than say somewhere in the USA and then face the "joys" of overseas international shipping.
Look at the length of the video :)
So much potential, cheers
It would be rad to have a brick and mortar store of some sort where you walk in and select the product you want, which is then 3D printed on site. One day I’ll bet that will be a thing.
3D prints can take hours to print, sometimes over a day. We'll need some drastic improvements before that becomes practical in a single shopping trip.
@@logicalfundy With advancements in 3d printing such as like the X1C that can drastically decrease
the speed of printed parts based on settings its prob closer than you think. but it will never be as fast as injection moldedl
@@logicalfundy Most of these lamp shades are likely several hours. Could simply order in the morning and pickup later in the day or order the day before.
Nice presentation. I agree that 3D printing will come to satisfy a much larger demand in the market but I don't see it fully supplanting injection molding. On area where 3D printing will have difficulty making inroads is the production of complex electrical components. Specifically the used of insert molding for creating wall outlets.
Economies of scale will never favor a boutique method like 3D printing. And shouldn't... But 3D printing would make a great line of electrical outlet vanity covers.
If both your neighbors have it too, it shouldn't be 3d printed.
Economies of scale will never favor a boutique method like 3D printing. And shouldn't... But 3D printing would make a great line of electrical outlet vanity covers.
If both your neighbors have it too, it shouldn't be 3d printed.
Thanks!
Cool products. I went to their site but it doesn’t say what they are made of…. I’m guessing PETG?
I was wondering the same. Have been wanting to print my own lamp shades.
I have a shade I printed in clear petg that's been fine but I'm using led bulbs so less heat. I was wondering what they used as well.
@@JustInvertedFpv A quick search showed a lot of people using PLA. I think as long as you use LED bulbs which is pretty standard now and don't have the shade too close to the bulb obviously it's fine.
A 60 Watt bulb can get up to 200 ºF (~100 ºC) on the bulb's glass surface. This can soften PLA, causing it to loose shape.
A 40 Watt bulb can reach temperatures over 125 ºF (over ~50 ºC).
PLA should be fine if using a smaller traditional bulb, and not an issue if using an LED bulb. Example: a 100W LED only produces 10-20W of heat, probably no more than 100ºF (~40ºC). Approximate, as will vary based on room temperature.
I've 3D printed a lamp that is CE certified and that I've used many months now with PLA. The maximum W is 7 and only LED lamps are allowed.
Are these printed in vase mode?
Can I help you optimize your logo? Your channel, content and company is awesome. Your self made logo does not reflect that quality.
It looks like a different word at a glance 😂
Bendy Brims is a 3D-printed Product
Thanks
Thank you
Does Slant 3D do final assembly
of products like PCB integration?
Depends on the product
How about durability? How long can it be used without breaking apart?
Forever
Uncommon Lamps really needs to upload some personal lithograph images for custom shades.
The diffusion through the lamps doesn't look all that great. I could see these as a cheap ikea-like lamp where the looks aren't important. I personally wouldn't buy one, but can see the appeal for someone looking for something to fill a room where a hanging bulb on a cord wouldn't be all that hot.
If only someone made everything an action but then gave you 4 actions
*Cough DC20 cough cough