New Guide: Build a NeoPixel Crystal Chandelier with Speed & Brightness Control

DIY crystal chandelier

Take a look at the latest guide from Erin St. Blaine: build a three tiered chandelier with hanging DIY paper-craft crystals that light up with pixels inside. Easily add your own custom animations using CircuitPython and the LED Animations Library. This guide takes animated lights a step further, adding a rotary encoder knob that controls the brightness or the animation speed of the pixels, and also acts as an on/off switch. From the guide:

Floating crystals and glowing lights are a match made in heaven. This project combines a wide variety of skills and tools into one lovely project. Make a gorgeous hanging lamp with sparkly beads, glowing crystals, live edge wood and of course, lots of NeoPixels.

My chandelier is unique, and designed to show my personal style. Since you, dear reader, have your very own unique style, this tutorial will focus on giving you the tools to design and create your own one-of-a-kind bespoke hanging lamp. This tutorial will provide source files and ideas, and give guidance on how the electronics fit together.

This tutorial will also get you started with customizing your own software animations. The sample code uses CircuitPython and the delightfully easy to use LED Animations Library by Kattni Rembor. This code gives you a framework that allows speed and brightness control using a rotary encoder knob, so you can adjust the lighting to suit any environment or mood.

See the full build tutorial here: https://learn.adafruit.com/neopixel-crystal-chandelier-with-circuitpython-animations-and-speed-control/overview

crystal chandelier

We can’t wait to see the creative lamp you build with NeoPixels and Circuit Python!

5 Ways 3D Printing is Key to the Future of the Lighting Industry

As 3D printing becomes increasingly popular and integral to multiple industries, the efficiency of utilizing this new process becomes more apparent. One industry that’s being revolutionized by 3D printing is the lighting industry. In fact, 3D printing is helping to completely transform the current state and future of modern lighting design. Here are 5 ways how. 

Creating Unique Pieces

Gone are the days when every lamp or lighting fixture in your home looked the same. With 3D printing, you can make a completely unique piece of lighting design. You’re able to create a new shape — however traditionally unusual or “out there” it may be — that can be used to illuminate different parts of your home, whether it be a chandelier or floor lamp. With 3D, there’s no end to the possibilities of customization. Additionally, not only do these then serve as sources of light, but also as accent pieces to place around your home. 

Increased Variety

Additionally, 3D printing increases the variety of lighting options on the market. This helps to create trends within the industry and to discover what consumers want more and less of. For instance, some designs may be too wild for the average consumer while other modern designs may be super popular. Through this process, you’re able to determine the direction in which the market is heading, seeing which products to create more of and which to step back from. 

Decrease Complexity

Crafting lighting pieces can be a complex process depending on the intricacies of the design. However, with 3D printing, you’re able to perfect every aspect of the design before printing a final product, allowing you to test out new ideas and work out kinks that will make the piece the best that it can be. Additionally, with 3D printing, the process of assembling after printing is much easier. 

Reduced Waste Materials

For larger lighting factories, the utilization of 3D printing will help to decrease the amount of waste they produce. As efforts to go green and be environmentally conscious become more apparent, this is an effective and surefire way to increase production times and output while decreasing waste. 

Lower Costs

Of course, 3D printing also lowers the cost of manufacturing different lighting pieces. If you’re 3D printing your own lighting design, this will allow you to prototype and try out a few designs before choosing a final one. If a lighting design company were to use 3D printing, this would help cut down on overall costs spent while increasing revenue. It’s a win-win situation either way!

Want to see how 3D printing can help innovate your industry? Learn how Shapeways can become your manufacturing partner and help you from prototype to large scale production.

The post 5 Ways 3D Printing is Key to the Future of the Lighting Industry appeared first on Shapeways Magazine.

Plumen & Batch.Works: 3D Printed Lampshade Collection Made from Recycled Plastic

3D printing has obviously done a lot of good in many of the major sectors of the world, like aerospace and medical. But, every once in a while, Plumen sneaks in to remind me that the technology is just as useful in the consumer goods market…and can also be just as sustainable.

The designer low energy lighting company, founded nearly a decade ago by Nicolas Roope and Michael-George Hemus, believes that the way to get people on board with energy efficient lighting is by providing them with attractive low energy light bulbs, and all the sustainable accessories that go with them, like lampshades.

Now, Plumen is collaborating with London-based design company Batch.works on a new range of lampshades, 3D printed out of recycled plastic from waste items like water bottles.

“When we first met Batch.works, it seemed like the perfect match. We’re both small businesses with a similar ethos and approach to things. The fact that you can use recycled plastics and they can then be industrially biodegraded or reused again is really fascinating to me, and plays into the circular economy – which we are trying to put into practice everywhere we can,” said Plumen co-founder Hemus.

“To Plumen, 3D-printing is a very exciting opportunity for lighting. 3D-printing allows shapes and forms that are not possible otherwise. More importantly, there is very little waste compared to traditional methods – products are made to order, from recycled plastic bottles and at the end of their lives they can be recycled once again. It’s a sustainable vision for the future.”

The collection’s first two 3D printed shades, Neo by Matthias Lauche and Ribbon by BOLD, were recently released, and are available to purchase from the online stores of both Plumen and Batch.works; more lampshades will be released in 2020.

Neo, based on geometric Art Deco forms, is for Plumen’s Milky Willow bulb, and features two shades stacked one on top of the other in order to frame the Plumen E27 pendant light. Because there are two parts to the Neo shade, it can be created in multiple color combinations.

The Ribbon shade has a more fluid surface, thanks to the capabilities of 3D printing, and bends over itself to, as Plumen explained in a press release, “surround and protect” its Milky Wilma bulb.

“The space created by the shade is filled with light, revealing and emphasising the different volumes created by the enveloping surface,” the release continues. “The vertical lines that run through the shade, combined with the horizontal layers that are characteristic of this manufacturing technique, amplify the appearance of a piece of textile that’s solidified around the light – directing it and enhancing it. Light peeks through the shade’s open space, allowing the iconic bulb to be seen from another angle.”

As part of the companies’ continuing commitment to reduce and reuse plastic, each of the 3D printed lampshades is fully recyclable. The shades are all made at Batch.works’ east London headquarters, as the company is also committed to local manufacturing, and are printed on-demand using filament from Amsterdam-based social enterprise Reflow, which also re-purposes plastics that would otherwise be wasted. Additionally, the shades can also be returned to Batch.works for recycling once they’ve reached the end of their lifespan.

“We believe that thinking more carefully about what materials are used, and how things are produced, is key to combating short-termism. That’s why this kind of collaboration is so promising. We believe 3D printing can be scaled to a wider variety of products, and become a practical manufacturing method for the future – and that’s what we want to achieve,” stated former architect Julien Vaissieres, who founded Batch.works in 2016 with a goal of making eco-friendly, affordable 3D printed products.

Batch.works created the Plumen lampshade collection with the help of five different design studios. Black and white are the currently the only available colors, though you can request custom ones, dependent on volume. The 3D printed Neo shade is £149, while the Ribbon is £199…a lot more than I’d typically spend on a lampshade, really, but I love that they are completely sustainable.

Discuss this story and other 3D printing topics at 3DPrintBoard.com or share your thoughts in the Facebook comments below. 

[Images provided by Urban Alps]

The post Plumen & Batch.Works: 3D Printed Lampshade Collection Made from Recycled Plastic appeared first on 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing.

Leading industry stakeholders to develop roadmap for 3D printing in lighting, building, and construction

The Lighting Research Center (LRC) of Rensselaer Polytechnic Institute, New York, has formed a consortium to explore the potential of 3D printing for solid-state lighting, building, and construction industries. Established with the help of venture capital and private equity company CARBON Group Global, the 3D Printing for Lighting Discovery Consortium features the participation of a number […]