Cool Tools: Festool's New Edge Sanding Guide

One of my favorite companies to watch is Festool, because they design uncompromising (and expensive) tools for craftspeople seeking perfection. And they are often pioneers in their space. I expect their latest tool design, the Edge Sanding Guide, will be copied by every power tool manufacturer on the market.

The Edge Sanding Guide was designed for the purpose of cleaning up a sawn edge. In cabinet shops, you’ll see large freestanding edge belt sanders that achieve this task. But the craftsperson in the field, or the smaller job shop, will not have access to this tool. Typically an edge would be cleaned up on-site with a sanding block and elbow grease, or if you’re a real cowboy, with a sander turned sideways. But the first option takes too long and the second option introduces the possibility of fouling the edge.

Hence the Edge Sanding Guide, which can hold a perfect 90 degrees or be set to other angles.

This being a Festool product, the design has carefully been thought through. The user can change sanding sheets without having to remove the Guide.

With one of their battery-powered sanders and the collection bag, you can work your way around conference-sized tables without having to worry about cords.

The product will hit the market in September of this year, but I imagine we’ll see copycats/knockoffs before then.

Ghost Liotta: i am thoughts

In advance of their debut self-titled album (out 21 August), the electronic supergroup Ghost Liotta follows up lead single “object one” with the mesmerizing, moody new release “i am thoughts.” The instrumental track incorporates various vintage and modular synths, coupled with guitar and drums. The band first came together in 2017, after its members—Christopher Wray (guitarist for Butch Walker), Zac Rae (multi-instrumentalist, producer and Death Cab for Cutie member), John Spiker (of Tenacious D) and James McAlister (of The National)—completed work within and for other acts.

These 3D-printed TWS earbuds were designed to provide incredible sound and a perfect fit

There’s a reason the guitar or the violin is shaped the way it is. That hollow chamber is what makes the acoustic guitar sound like one (and that’s why electric guitars don’t need acoustic chambers) – the air within the chamber vibrates when you pluck a string, causing resonance, amplifying the sound, almost like cupping your hands in front of your mouth to help amplify your voice. That strategy works for audio everywhere. It’s why subwoofers are big and boxy, and why bigger phones usually have better speakers (because they have audio chambers built into them).

It’s just physically difficult to make smaller, sleeker audio devices sound as good as larger ones, but a clever trick would be to very innovatively use that resonance chamber. That’s sort of the principle behind the Lytte HarmoniQ’s design. The TWS earphones’ unique shape comes with a specially designed 3D acoustic chamber that helps make the audio sound richer, with better, more distinct basslines… while also helping reduce sound distortion as well as providing organic noise isolation of up to -35 db, allowing it to rival the Airpods Pro’s active noise cancellation tech just through its ergonomic design.

The amount of careful consideration built into the Lytte HarmoniQ is truly remarkable. Each earphone casing is meticulously 3D printed using DLP printing tech (a feature that allows it to have that unique acoustic chamber shape) and hand-polished to look as remarkable as it does. Just like most smart earphones, the Lytte HarmoniQ support iOS as well as Android integration, with the ability to tap, double-tap, and long-press to control music playback as well as smartphone functions (including summoning the phone’s voice AI). Bluetooth 5.0 ensures a robust wireless connection, allowing you to walk around the room with your phone a few feet away from you without any impact on quality or latency, and an IPx4 waterproof rating helps make the earphones impervious to sweat or drops of water, so you could exercise in the Lytte HarmoniQ just fine. In fact, its silicon ear tips help secure the earphones carefully in your ear canal, so they don’t accidentally drop out like AirPods often do.

The Lytte HarmoniQ earphones (pronounced ‘lit harmonic’ if you’re still wondering) come with a robust charging case that gives it an overall 35 hours of playback. Designed to be a more audio-conscious pair of wireless earphones, the Lytte HarmoniQ focuses all its attention on nailing the details and getting the features right. The compact 3D printed form helps not only ensure a proper fit, it actually positively impacts the sound quality, making the Lytte HarmoniQ rival the sound of earphones from audio giants like Sennheiser or Bang and Olufsen. Minimal audio distortion and passive noise-canceling help sweeten the deal, making the earphones a good pick for people who are audio connoisseurs, while features like IPx4 water resistance, Bluetooth 5.0, and that 35-hour battery life give you exactly everything you’re looking for in a pair of smart, truly wireless in-ear audio devices.

Designer: HarmoniQ Labs

Click Here to Buy Now: $109 $229 (52% off). Hurry, only 13/50 left!

Lytte HarmoniQ is the world’s first 3D printed Hi-Fi wireless acoustic earbuds

Thousands of 3D scans and modeling were done to find the right ergonomic design for comfortable daily use.

The 3D printed acoustic shape eliminates sound distortion and provides excellent passive noise cancellation (-15dB noise attenuation).

IPX4 water and dust resistant with embedded microphone and voice assistance functions.

Durable materials for rigidity to deliver a controlled sound resonance with low distortion, and to prevent deteriorates over time.

Combined with a Dynamic Speaker, it produces a spacious sound staging and a distinctive tonal balance; beautiful treble with exceptional clarity, warm vocal, and deep richness of heavy bass.

Lytte HarmoniQ Reviews

Feature Highlights

Total Harmonic Distortion – A low THD means the output audio signal has low distortion compared to the input, so the audio signal is as close to the original sound as possible. The Lytte HarmoniQ distortion is very low and virtually undetectable.

Left-Right Sound Consistency – Due to our uniquely precise 3D printing, every Lytte HarmoniQ earphone is essentially identical, achieving a consistent and synchronized playback with over 98% accuracy. Leaving only the slightest margin of variation in low-frequencies most of us can’t register.

Click Here to Buy Now: $109 $229 (52% off). Hurry, only 13/50 left!

Coral skeletons crafted from 3D-printed calcium carbonate could restore damaged reefs

Coral Carbonate 3D-printed units by Objects and Ideograms

Coral Carbonate is a research project that involves 3D printing with calcium carbonate to create sustainable underwater “houses” for coral polyps and marine life to grow.

Developed by US design workshop Objects and Ideograms, the project is intended to facilitate the restoration of coral reefs – one of the most vulnerable ecosystems on Earth.

Coral Carbonate 3D-printed units by Objects and Ideograms
Coral Carbonate is an exploration of 3D printing with calcium carbonate by Objects and Ideograms

The 3D-printed Coral Carbonate objects have cylindrical bodies with porous, rocky surfaces. These are modelled on the form of natural coral skeletons, which are also made from calcium carbonate and act as the foundations of all coral reef structures.

Like coral skeletons, these units encourage the growth of reefs because the nooks and crannies in their surfaces act as homes for coral polyps and marine life to flourish.

Coral Carbonate 3D-printed units by Objects and Ideograms
It involves using Calcium carbonate to 3D-print objects that resemble coral skeletons

“With rising ocean temperatures and increase in acidification, many aquatic organisms using calcification to create their homes are being rapidly destroyed,” explained Alex Schofield, the architect and design technologist who heads up Objects and Ideograms.

“The goal of Coral Carbonate is to print the scaffold for a ‘house’ that biological organisms will inhabit and grow their own new homes and communities,” he told Dezeen. “Once embedded, marine life can take advantage of a substrate most similar to their native home.”

Coral Carbonate 3D-printed units by Objects and Ideograms
The ambition is to facilitate the restoration of coral reefs that are dying because of human activity

Coral Carbonate was initiated three years ago by Schofield after he learned that coral reefs around the world were rapidly experiencing unprecedented destruction due to human activity and climate change.

Looking to rapidly help create more reefs, he discovered that the solutions currently available are often made from unsustainable, manmade materials rather than those native to marine ecosystems.

Coral Carbonate 3D-printed units by Objects and Ideograms
Calcium carbonate is used as it is a natural material native to marine environments

“The material invention and application of Calcium Carbonate using this method of fabrication is very novel, leading us to a material formula and process that is now patent-pending,” added Schofield.

Calcium carbonate is abundant throughout the world, typically sourced from limestone, marble and chalk. The studio hopes that in the future it may also be possible to acquire the material through carbon sequestration – the removal of carbon dioxide from the atmosphere – similarly to how coral polyps capture carbon from ocean water and convert it to calcium carbonate to make the skeletons.

Coral Carbonate 3D-printed units by Objects and Ideograms
It is also a sustainable alternative to manmade materials typically used in marine restoration

“Alternative materials for underwater ecosystems and coastline fabrication, such as concrete used for Reef Balls, Tetrapods structures, or even coral frags, often leach undesirable byproducts and contribute a large carbon footprint in their production process,” added Schofield.

“Waste by-products from cities, such as old New York City subway cars, have also been used as a substrate for artificial reef restoration. Why do we use our own trash and byproducts of human life, to rebuild underwater?”

Objects and Ideograms’ first Coral Carbonate prototypes were recently installed to the base of Float Lab in the San Francisco Bay in collaboration with California College of the Arts. They are now under close observation and have already seen habitation and growth.

The prototype combines several of the cylindrical objects tied together with rope in a stacked form. This is designed for flexibility and emulates marine biofouling – the accumulation of biological matter on submerged objects like boats that can be very diverse ecosystems.

Coral Carbonate 3D-printed units by Objects and Ideograms
The first prototypes are currently under observation at Float Lab in San Francisco Bay

The shapes and sizes for the Coral Carbonate units are developed through observation of natural coral skeletons combined with digital computation techniques.

Rather than attempting to directly replicate the size and shape coral skeletons, the 3D-printed objects are optimised to create as much surface area for life as possible.

Coral Carbonate 3D-printed units by Objects and Ideograms
Objects and Ideograms claims it is an easily replicable process

“These are not one-to-one replicas of coral, the goal is not to literally recreate the skeleton of coral, but to learn from and mimic their forms and functions to create broader opportunities for biological growth in various conditions,” said Schofield.

“The surface patterns, and spatial forms, are all optimised to create as much surface area as possible which make more real estate an opportunity for coral to settle and propagate with exposure to maximal sunlight.”

Objects and Ideograms are now exploring how the patterns and forms of these objects can be scaled appropriately for other “clients” – such as fish seeking refuge from predators.

According to Schofield, the fabrication process for each object is highly replicable and the only hurdle for scaling is the size and number of 3D printers available.

Coral Carbonate 3D-printed units by Objects and Ideograms
It is now exploring how the objects can be scaled to support different marine creatures

“The larger the print bed of the printer, and the more printers accessible, the more can be fabricated and deployed,” he said. “Today there are many large format binder jet 3D printers on the market that would help us scale in this way, we are always looking for new partners.”

Coral Carbonate is an ongoing project and has so far involved many collaborations with the likes of the Fabien Cousteau Ocean Learning Center, California College of the Arts, and Moss Landing Marine Laboratories Benthic Lab.

Alex Goad is another designer featured on Dezeen that is helping with the restoration of coral reefs. His lego-inspired modular structures are intended to form a base for plant and animal life to return to their reef habitats that have been destroyed by human activity.

Earlier this year, British sculptor Jason deCaires Taylor created an underwater greenhouse off the coast of Australia as a habitat for marine life.

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UK government reveals full extent of "radical" planning reform proposals

UK government publishes planning reform white paper

In a report published today, the UK government has laid out proposals to speed up planning approval for developments and scrap section 106 agreements, which prime minister Boris Johnson described as “unlike anything we have seen since the second world war”.

Called Planning for the Future, the white paper details plans for upcoming changes to the planning system in England.

Housing minister Robert Jenrick had already announced plans to expand permitted development rights, prompting the Royal Institute of British Architects (RIBA) to brand the proposals a “disgrace”.

Report outlines “radical reform” for planning

Prime minister Boris Johnson described the existing planning system as a “relic” that’s “outdated and ineffective” in a foreword to the white paper.

“The whole thing is beginning to crumble and the time has come to do what too many have for too long lacked the courage to do – tear it down and start again,” said Johnson.

“That is what this paper proposes. Radical reform unlike anything we have seen since the second world war.”

“Not more fiddling around the edges, not simply painting over the damp patches, but levelling the foundations and building, from the ground up, a whole new planning system for England,” he added.

Automatic approval for designated areas

The reforms include redrawing local plans produced by the Local Planning Authority (LPA) so that land would fall into only one of three categories: growth, renewal and protected.

Planning would be “automatically secured” for areas categorised for growth. Some development would be allowed in renewal areas but it would be restricted in protected zones.

Local authorities would be bound by a new national requirement for the number of new homes built in their areas.

To speed up planning approval, new laws could decree that local authorities and the planning inspectorate must get projects through planning in under 30 months or be sanctioned.

“Decision-making should be faster and more certain, within firm deadlines, and should make greater use of data and digital technology,” said the paper.

The report said this data could come from the property technology sector, dubbed PropTech, and local authorities should all adopt digital planning services where local residents can view and respond to maps and visualisations of upcoming development proposals online.

Priority for “beautiful” developments

A ” fast-track for beauty” will also grant automatic permits for “proposals for high-quality developments where they reflect local character and preferences”.

As a continuation of the Building Better, Building Beautiful commission, developments that comply with local design codes would be guaranteed faster planning permission.

“Pattern books” in the form of style guides for “popular and replicable designs” could be used for permitted developments and schemes in land designated for renewal.

Section 106 replaced by infrastructure levy

The government has also suggested scrapping section 106, the legal agreements developers are required to make with local councils to make development schemes more acceptable, whether by building affordable homes or paying for public services.

In its place, an updated version of the pre-existing community infrastructure levy could become the standard.

This levy is a flat-rate fixed charge that is calculated based on the floor space of the development. Currently, this is paid once development commences, but under the reforms, it could be paid on the final value of the scheme once it is fully occupied – with sanctions on developers caught preventing occupation to avoid the charge.

The report highlighted that a non-negotiable tariff would eliminate the weaknesses of section 106, where large developers employ lawyers to help them get out of their side of the agreement.

Discounts for developers building affordable homes

Under the reforms, local authorities will be able to borrow money against their infrastructure levy revenue to fund projects. Infrastructure levy money currently can’t be put towards affordable housing, which is normally secured through section 106. The white paper proposes giving developers a discount on the levy if they build affordable homes.

“In effect, the difference between the price at which the unit was sold to the provider and the market price would be offset from the final cash liability to the levy,” said the paper. “This would create an incentive for the developer to build on-site affordable housing where appropriate.”

However, as a government housing inquiry published last month pointed out, the definition of an affordable home in the UK is currently ill-defined.

To mitigate the risk of developers delivering low-quality affordable homes, the Planning for the Future paper suggests that local authorities could demand a cash equivalent from the developer if no buyers are found.

This white paper marks the start of a 12-week public consultation where the government has asked for feedback.

The RIBA has already urged the housing minister to reconsider the proposals. “Deregulation is not the way to bring about new homes,” said RIBA president Alan Jones.

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Bell Chair by Konstantin Grcic for Magis

Bell Chair by Konstantin Grcic for Magis

Products fair: Italian furniture brand Magis has launched the Bell Chair, an affordable, stackable monobloc seat made of recycled polypropylene by Konstantin Grcic.

The Bell Chair, which retails for €77 (£70), is injection-moulded in one piece in less than a minute. This allows the production process to be as energy- and cost-efficient as possible.

Instead of using virgin plastic, the chair is made from recycled polypropylene from industrial waste from Magis’ own factory, as well as from local automotive manufacturers.

Once the product has reached the end of its life it can be fully recycled, creating “an almost closed material cycle”, according to Magis.

To keep material use to a minimum, Grcic engineered the rounded geometry of the design to offer maximum stability.

“You have to design everything in such a way that structurally it’s strong, but with as little material as possible,” Grcic explained in an exclusive video interview with Dezeen. “The best way to do that is to look at an egg-shaped shell.”

This allows the Bell Chair to weigh just 2.7 kilograms, just over half the weight of a comparable plastic chair, according to the brand.

The chair comes in three colours, High Noon white, Midnight black and Sunrise orange, and can be used indoors and outdoors.

Bell Chair can be stacked in a tower of up to 24 chairs. It is shipped in a stack of 12 units on a specially designed reusable delivery pallet that is also made of recycled polypropylene. This can be used to display the chairs in a retail environment.

Product: Bell Chair
Designer: Konstantin Grcic
Brand: Magis
Contact address: info@magisdesign.com

About Dezeen’s products fair: the products fair offers an affordable launchpad for new products. For more details email sales@dezeen.com.

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Young People Facing Climate Change in Compelling Portraits

Le peintre californien Ryan Martin a réalisé une série de portraits très puissants illustrant les deux thèmes majeurs qui traversent son oeuvre : le rapport compliqué entre l’homme et l’environnement et les défis que la jeunesse devra affronter à cause du changement climatique.
Cette série a été présentée à la Elizabeth Houston Gallery de New York et on y voit des visages d’adolescents entourés.es de nature, plantes, êtres vivants comme s’ils.elles étaient couronnés.es par la nature environnante.

La flore et la faune, qui non seulement entourent les visages humains mais les enveloppent également, suggèrent une relation plus intemporelle avec la nature.

En regardant attentivement, on remarquera que chaque portrait est traversé par un rayon de lumière et que ces visages apparaissent ainsi baignés de soleil : cela indique les racines sud-californiennes de Ryan qui ont influencé une grande partie de ses travaux antérieurs.

Ces portraits invitent à renouer avec la nature et mettent en garde sur les dangers de la disparition des espèces qui enveloppent les corps de ces jeunes personnes. Un aveu de vulnérabilité sensible qui invite à la réflexion.





This detailed furniture’s modular design is the perfect canvas to display any exhibit!

Furniture designs are dedicated to being indoors or outdoors, but rarely is it that one versatile piece of furniture can be taken from home to outdoors to even your workspace! Designer Tim Denton brings together his love of furniture and high-quality craftsmanship with the Display A – a collection of flexible furniture. Modular, perfect for everything from a small pop-up store, a cafe to even a DIY space, the Display A is the best way to display your love of labor and your skill while its design inspires you to attain the same level of details in your work!

The Display A, on the first glance, comes across as a mix of an easel, a foosball table, and a pinhole wall – totally different elements that don’t usually go together until they do. This unique storage design is modular while retaining the essential functions of being a storage piece. Let’s divide and have a deeper look at the elements, shall we? The basic frame that holds the structure is an A-shaped easel with the handmade furniture’s details showcasing the love of labor put in by the designer. The top of the frame comes with rounded pegs to hang any exhibit in the frame. Next, comes the planks with two options – the pinhole based board that allows you to arrange and create your shelving space as per your requirement. The second board has shallow shelves to hold up smaller display exhibits like cards, flyers, or even posters. Lastly, the drawers come with handles to affix onto the table base creating an open display or cover it up with clear acrylic sheets and its dust-proof too! The collection, altogether, includes everything you need to set up an exhibit, showcase your work, or just set it up in your office space to showcase your valuables. A major plus, the entire set co-ordinates beautifully to create a uniquely minimal aesthetic that is sure to uplift any space while not distracting from the exhibit displayed in all its glory! Showcase your plants, show off your artwork, display that poster you created or lay down your crafts – the Display A is ready for you.

All items in the collection are constructed from Birch plywood, Valchromat, and Ash timber. Everything in the system is customizable and made to order in their Manchester workshop. The studio is also open to making bespoke additions to the design as per our particular needs.
The beauty of this design lies in its modularity, minimalism, and its beauty in highlighting the showcased design without stealing the attention. Honestly, I wouldn’t mind having this in my home to display all the memorabilia I keep collecting in an organized fashion!

Designer: Tim Denton

Lahofer Winery by Chybik + Kristof features undulating roof with amphitheatre

Lahofer Winery by Chybik + Kristof

Architecture studio Chybik + Kristof has topped the Lahofer Winery in the Czech Republic with a walkable roof with an open-air theatre.

The concrete winery in a vineyard near the villages of Dobšice and Suchohrdly, was designed for Lahofer – one of the largest wine producers in the Czech Republic.

Lahofer Winery by Chybik + Kristof
Photography is by Chybik + Kristof

Chybik + Kristof drew on the region’s archetypal Moravian wine cellars when designing the building.

It measures 3,900 square metres and is formed of three interconnected structures: a wine-making facility, an administrative space and a visitor centre with an adjoining tasting room.

The studio added stairs leading up to the sloping, walkable roof of the visitor centre to create an amphitheatre between the public spaces and the parts of the building used for production.

Lahofer Winery by Chybik + Kristof

The wine producer plans to use the amphitheatre as a community space that will host cultural events, including theatre performances and grape harvest celebrations.

Its contoured structure was informed by the agricultural landscape surrounding it, where the grapevine grows in neat rows.

Lahofer Winery by Chybik + Kristof
Photgraphy is by Laurian Ghinitoiu

“The building is integrated within the landscape in a way that the distance between the vine rows determines the structural elements,” said Chybik + Kristof co-founders Ondřej Chybík and Michal Krištof.

“This series of structural elements forms the space of the visitor centre and the administration part of the complex,” they told Dezeen. “This relates to the archetypal shape of the wine-tasting spaces of the region, that of a long-arched gathering room.”

Lahofer Winery by Chybik + Kristof
Photo is by Laurian Ghinitoiu

Inside the visitor centre, concrete arches are designed to fit the specific angle of the ceiling and spaced to match the distances between the rows of grapevines outside the Lahofer Winery.

This guides the visitors’ gaze across the fields, which can be seen through the glass facade that forms one wall of the wine-tasting space.

Lahofer Winery by Chybik + Kristof

“We used raw natural materials inspired by the location, concrete, wooden finishes, and a large glass facade opens to the view,” Chybík and Krištof said.

“The ceiling is decorated by an art piece that reflects the colours of the terroir, by local contemporary artist Patrik Hábl.”

Lahofer Winery by Chybik + Kristof
Photo is by Laurian Ghinitoiu

In addition to following the layout of the grapevines, the triple-glazed building was also oriented so that it would receive as much natural light as possible.

The spaces that focus on production, storage and bottling – including the fermentation room – were given their own access and exterior space and adapted to suit their various functions.

Lahofer Winery by Chybik + Kristof

“The fermentation rooms are not lit naturally as this would greatly affect the temperature and subsequently the wines, whereas the bottling spaces and the areas where workers are present during the day are,” the architects said.

The studio spread out the production spaces over two halls, with the lower hall hosting wine-making production and employee facilities and the other home to a wine press, cellar and wine store.

Lahofer Winery by Chybik + Kristof

Chybik + Kristof was founded in 2010 by Chybík and Krištof and has offices in Prague, Brno and Bratislava.

It recently designed a greenhouse-style pavilion for a Czech abbey and also looked to traditional Moravian wine cellars for its House of Wine wine bar in Znojmo, Czech Republic.

Photography is by Alex shoots buildings unless stated.


Project credits:

Architects: Chybik + Kristof
Team: Ondrej Chybik, Michal Kristof, Hanin Al-Gibury, Karolina Holankova, Martin Holy, Vojtech Kouril, Ondrej Mundl, Matej Strba, Zuzana Zathurecka, Zuzana Pelikanova, Victor Cojocaru, Laura Emilija Druktenytė, Zuzana Lisoňová, Gabriela Voláková.

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Danielle Elsener develops zero-waste design system to reform fashion industry

Danielle Elsener develops zero-waste design system to reform fashion industry

Royal College of Art graduate Danielle Elsener has created a zero-waste toolkit called A020 to help fashion designers reduce waste and save “an insane amount of money” through more considered pattern cutting.

The project, which was recently declared the winner of Virgil Abloh‘s sustainable design programme in partnership with Evian, consists of a system of tools and workshops that aims to eliminate the 15 per cent of material wasted in the production of an average garment.

Danielle Elsener develops zero-waste design system to reform fashion industry
She designed the collection during her time at the RCA

“When creating zero-waste designs, there are so many limitations at each stage of the manufacturing process that creating a whole system is the only real way to move the industry forward at the pace it needs,” Elsener told Dezeen.

“While creating beautiful, timeless garments is a passion and an amazing skill, sharing a system of creation allows a whole new generation of designers to think differently.”

Danielle Elsener develops zero-waste design system to reform fashion industry
The A020 system was developed based on a series of zero-waste pattern masters

At the basis of A020 is a set of zero-waste pattern masters, which Elsener developed during her time studying menswear design at the RCA.

These help designers approach a piece of fabric like a puzzle, in which any empty space can serve a purpose within the finished garment.

“The masters distil the zero-waste patterns I developed for myself down to their core proportions, lines and shapes,” she said.

“They house all of the information needed for creation right in the palm of your hand while eliminating the need for paper patterns, which is another step in the direction towards a zero-waste system.”

Every inch of fabric can be integrated into the final garment

Around these tools, Elsener created a series of workshops that are used to educate other designers on the zero-waste methodology as well as to collect feedback on how the masters and the system can be improved.

This feedback loop, she explained, is especially important when it comes to tackling the larger sphere of mass manufacturing and helping to make a sweeping overhaul of the production process seem easy and seamless.

Danielle Elsener develops zero-waste design system to reform fashion industry
Elsener runs zero-waste workshops for designers

“Today’s industry can be rigid and set in its ways, and manufacturers are unwilling or unable to make changes to their existing workflow to adapt to this new way of working,” she said.

“This lack of flexibility has made it hard for decision-makers to take sustainable action, which is why A020 needs to be that bridge. I did the maths and saving just one per cent of material waste on a high-volume style could save 20 million kilograms of waste and an insane amount of money.”

Danielle Elsener develops zero-waste design system to reform fashion industry
Circling the Square refers to solving the problem of sustainable fashion

For her graduate collection, called Circling the Square, Elsener used the A020 system to create menswear pieces that visually showcase the zero-waste design process through which they were made.

Rather than trying to assimilate the distinctive shapes created through this method of pattern cutting into a homogenous whole, the pieces use bold, block colours to draw attention to their different constituent elements.

The A020 pattern masters remove the need for paper patterns

“Something as simple as using bold graphics, printing processes and colours alerts the viewer to the fact that there is something different about the garment,” said the designer.

“Coded messages within the garments create a sense of discovery for the viewer and can hopefully lead to more in-depth explorations around the idea of zero-waste design.”

Danielle Elsener develops zero-waste design system to reform fashion industry
Bold colours to draw attention to the unusual fabrication

With the help of the €50,000 (£45,200) grant, which Elsener won as part of Abloh and Evian’s Activate Movement competition, she hopes to build an A020 learning platform for designers.

In addition, she is planning to create mass manufacturing plans to help factories transition their existing workflows into zero-waste ones, as well as conceptualising a zero-waste factory from the ground up.

“This factory will allow for the seamless production of zero waste garments because it was designed by the person who also designs the garments,” she explained. “It’s a whole backwards way of thinking that is incredibly exciting and different.”

Elsener plans to use the prize money to create an education platform

Activate Movement was a sustainable design competition that formed part of a larger push towards environmental responsibility by mineral water brand Evian.

As part of its efforts to become circular by 2025, the brand has named Abloh its Creative Advisor for Sustainable Innovation Design and has recently released its first label-free bottle made with recycled and recyclable plastic.

Imagery is courtesy of Sammy Selin.

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