I wanted to know how 3D printers will impact corporations, so I took a class.
I find value in hands-on field research
In the aim for further understanding the impact of the empowered customers to corporations, I took a class on 3D printing at my local Techshop, where regular folks can learn cutting edge skills. Previously. this spring, I visited Maker Faire where thousands of people who want to make their own products (rather than buy them from corporations) assemble to share, hone, and show off their skills. The big winner was the large pavilion of 3D printers, which I shared my findings. I’m also living the collaborative economy movement, I’ve reduced buying physical goods, and prefer to rent or get on-demand, and even allowed a stranger drive off in my family car. In all these examples, I’m trying to live and experience to understand, rather than just be a casual observer.
I see three movements: social business > collaborative economy > makers movement
I’ve found that there are three major movements in our direct view, some more obvious than others. The first is the social media movement. where the sharing of ideas and media have democratized information, spreading power to the crowd, to date most companies have joined in from marketing and customer care departments, but struggle to go further. The second movement is the collaborative economy, where people can share goods and services directly with each other –rather than buy them from corporations. The third movement, approaching quickly on the horizon, is the maker movement, where people can make their own goods and products, rather than buy at all. If you look carefully, the disruption increases in each movement, with some folks building their own cars.
What I learned: These early days show great future
To couch my experience, I only took the 101 class, and I have much more to learn, but here’s my early experience. I attended this class with Vivian Wang, Kenny Lauer, and Korman R.
- 3D printers show great promise. These technologies have the ability to enable production and manufacturing anywhere, radically changing business logistics, power, and empowering those who use them. Some of the materials we saw printed were plastics, and biodegradable corn-based materials. There was even water-soluable materials that could be used as ‘filler’ to hold the model up while it was being printed. At a recent meeting of the minds at Stanford, we explored how these 3D printers could emerge at UPS locations, retail outlets, Kinko’s and then eventually move into garages, homes, and kitchens.
- My limited experience concluded a clunky experience. Maybe I’m just new to it, not techny enough, or didn’t have enough experience, but I found the overall setup of the 3D printing complicated and klunky. There were 12 pages of instructions we went through, including learning to use the unforgiving software, finding files online to use, configuring the printer, heating the plate, affixing the spool, using an SD card, and managing a build time that could be over an hour. I’m no luddite, but at the same time, I don’t want to over-hype this technology, it requires some learning, skill, craft as a proper hobbyist should. Visions of playing with dot matrix computers in elementary school came flooding back.
- They are on path to advance to advance to become consumer-ready. To go mainstream, this needs to move out of the hobbyist or prosumer hands and get into homes, this will require easy plug-and-play setup, access to files, ability to quickly manipulate and rapidly produce in a safe way. While Staples already sells an entry level 3D printer called “The Cube” it’s not clear how successful it is, with a single review (and Amazon only has 5 reviews). I imagine future versions are cloud based, with a thin client on a laptop, and a large easy to access marketplace of designs and a service marketplace of people who can help you customize for a fee.
What it means to Corporations: Even more opportunities and disruptions ahead
I’m meeting with some of the experts at Autodesk soon, who’ll show me some of the advanced setups, but in my limited experience, I think there’s still a ways to go for this new technology set.
- 3D printings on horizon, but not dominating… yet. While maker movements have been around since people were in our earliers villages (with surnames like “Smith, Potter, Tanner”) these early skills gave way to mechanization of the industrial revolution. Now, with communities like Etsy, Quirky, and Shapeways who provide 3D printed items, there’s an opportunity to grow new businesses of highly personalized, on-demand products.
- Those who use these tools will have more power than others. Just as we saw corporations adopt the internet to regain communication power, and then adopt social media to regain reputation control, corporations will also need to integrate these on-demand production machines at work, at partner locations like retailers, and at homes. Brand that move in now can establish an ecosystem to ensure their designs are properly used, perhaps with license fees, a community and marketplace of designers who build together, and those that provide higher quality materials.
- Physical good companies that don’t get involved risk disruption. These machines often have 3D scanners that can scan any item, then replicate it with the printer, just like a facsimile machine did with paper. In the hands of massive production, these copied designs can quickly be shared online in new napster-like networks, enabling the crowd to build on top of them, improve them –without the corporation involved. Companies that make simple physical goods must learn how to enable this technology before it gets ahead of them.
Select photos from the class:
Above: First things first, getting to know the 12 page instruction sheet, I took copious notes to learn the new terms, phrases, file types, software applications, and printer units.
Above: My view, in class. Each student had an IBM laptop, and in the center was a Makerbot Replicator 2
Above: Behold the beautiful Makerbot Replicator 2, the center build plate is heated, and colors of printer indicate status, heat, and more.
Above: ReplicatorG software with a pre-loaded STL file (mine was a cookie cutter, in the shape of a christmas tree)
Above: Each time the printer is turned on, and ideally before each item is used, you should adjust the build plate to ensure it’s level with 3-4 small knobs
Above: The Replicator G software had many configuration fields for printing type, time, speed, quality, support and more. For a novice user, a class, and lots of experimentation is required for each print.
Above: A spool of 3D printing filament, this one, I believe is PLA, which is biodegradable as it’s corn-based, pricing ranges in $30 price area. The plastic material is ABS, which can be more durable but less flexible. Each material prints with different attributes: from density, shrinkage, heat resistance, and stability. They come in thousands of colors, including glow-in-the-dark.
Above: A small jar in the clever shape of the TechShop logo was on display in the front lobby
Above: A 3-D printed whistle (with a floating pea inside that was inserted mid-print). Below the whistle is ‘support’ which can be used to print complex structure and then is removed post-print with a knife, and a ‘raft’ which stabilizes advanced prints.
Above: On display, an advanced model of a small intricate artifact was featured in the front of the shop.
Above: Look closely the cross-hatch ‘Infill’ determines the quantity of the interior material used in this batwing, this one was set at 30%, I believe. These took about 18 minutes to print, but the expert instructor had it optimized, some builds could take hours.
Closing Thoughts: Much more to learn in this nascent field
I hope you enjoyed learning about my experience as much as I enjoyed sharing it. It’s safe to say, I’m no expert, but will continue this journey of knowledge and wanted to share with you my early findings in my continued field research as the crowd continues to become more empowered. Love to hear your questions, thoughts, and comments below. I look forward to returning to TechShop to continue to learning and experiencing more.
Above Image: The orange Wikispeed SGT01 Roadster: crowd-funded, crowd-designed, crowd-produced, hitting the streets in small batches now for $25k, oh, and it gets 100 miles per gallon.
What if I told you the next affordable, long range, fuel efficient vehicle might be assembled in your garage or built by your neighbors? That’s what I was surprised to hear, when I learned about the Wikispeed auto project.
Wikispeed is a business that crowd sourced designs, production, development, and has created a SAE registered, road legal approved car the Wikispeed SGT01 Car, now on sale in limited quantities. This case example is part of my ongoing coverage of the collaborative economy, on how the crowd becomes a company.
I had the opportunity to meet Joe Justice (pic) of Wikispeed at the Aspen Institute, a center dedicated to the advancement of thinking, our roundtable has been focused on how institutions must innovate in the rapidly changing environment. I’ve shared elements of the Collaborative Economy research, which has been one of the under current themes at the event.
Above: Wikispeed cars boast modularity, where individual components are assembled by crowd and shipped to a buyer’s garage to assemble. A car can quickly become a truck, by removing and replacing body.
What’s Wikispeed, it’s a project that taps into the crowd to design, create, manufacture, produce, and bring to market products. Their most notable project is producing a 100 mpg vehicle made of modular, interchangeable parts. Some findings of note about the Wikispeed project:
- Like Wikipedia, a global set of experts are People are participating, in various levels of commitment.
- They competed in XPrize challenge, against Tesla, Tata, and others
- They’ve crash tested front and side impact tests, and created a suite of impact test simulations to test rapidly.
- Design was crowdsourced, using Dropbox and Google apps like Groups, Hangout, Talk, Cal, Drive, and more.
- Specifications are modular allowing interchangeable and fast assembly
- Production Methodology is “Extreme Manufacturing”, bringing a new iteration of product every week. Like the agile software method deployed by many tech companies, a similar mindset of rapid iteration rather than long term planning has emerged at WikiSpeed.
- Assembly of vehicles can happen anywhere, including in Joe’s Garage in Seattle
- Car Specs: 100MPG, maximum speed is 149 MPH. For safety, they’ve built for NHTSA and IIHS specifications and await official rankings
- Features: Airconditioning, Radio (but no cup holder), using a Honda engine, but they’ve built the housing so other engines could be used, as a modular component.
- The car body can be quickly interchanged with a pickup truck body, allowing instant versatility.
- Multiple forms of currency are accepted, including crowd created Bitcoins
Corporations at Risk as Crowd Becomes Empowered
From my perspective, the disruptions are coming at an accelerated pace, sharing, markers movement, augmented reality are quickly emerging. Companies who don’t adopt the Collaborative Economy are at risk to being disrupted as their own customers start to develop their own products, build new services. A natural reaction of most corporations is to battle these trends with legal, policy, and competitive measures such as deploying fear uncertainty and doubt, or combative marketing and sales measures.
Corporations and Crowd Have Complementary Resources
As the crowd starts to become like a company, it offers risks and opportunities for all corporations, although I prefer to focus in on opportunities. In a broad stroke, corporations lack flexibility, the ability to customize for individual needs, and struggle at constant innovation. In general terms, the crowd lacks a trusted brand, mass production, an army of customers, resources, and mass distribution. Together, they can create a new resilient organization that negates these weaknesses and that taps best of corporations and the crowd.
Together, Startups and Corporations must adopt Collaborative Economy Value Chain
Companies who want to avoid disruption and benefit from opportunity must follow the Collaborative Economy Value Chain (read the full report), which taps into new models of Company-as-a Service on demand offerings, motivating a marketplace for resell of goods and services, and provide a platform to allow customers to augment and enhance every business function in your company.
This was initially posted on Huffington Post, I cross-posted here.
For my third year, I spent yesterday at the Maker Faire, in Silicon Valley. Unlike any other year, the crowds were overflowing, suggesting this movement was growing faster than the cottage industry before. To put this into context, the maker movement is yet (another) disruption to brands, here’s the lineage:
[Disruptions Summarized: 1) The Internet democratized knowledge, 2) Social Media empowered crowd, 3) Collaborative Economy endows crowd to buy once, share many, 4) the Maker Movement aims at buying from brands no more.
I must honestly confess, I struggle to keep abreast of all the new technologies, and I suspect corporations are experiencing the same. It’s my full time job, I attend these events on weekends, and we’ve a company dedicated to tracking and helping companies navigate, and I see the disruptions accelerating. Here’s what the maker movement means to corporations and brands:
[The maker movement empowers people to build their own products, and share with each other –rather than buying from brands]
Those involved in the maker movement are creating their own goods and products, using recycled materials, or improving on existing products. Some are selling the goods to each other, some trade, and some simply just use for their own personal usage. They use technology, skill, community, and massive fairs to connect and grow. So what are the disruptions to corporations and brands by the maker movement?
Brands are disrupted by the Maker Movement.
- Technology empowers the maker movement. The movement is already connected on digital communication channels, see Make magazine, social networks and online marketplaces like Etsy that enable individual artisans to sell, trade, or buy unique goods. Furthermore, the birth of 3D printing is spurring on a new class of goods created beyond jewelry and toys as furniture or home designs emerge
- Several key industries are ripe for disruption. Energy can be disrupted from biomass converter creates energy from leaves, walnut shells, from a variety of solar solutions. Also, consumer goods, industrial goods, toys, media, consumer electronics, can be impacted from 3D printers, a call out section directly below. Additionally, even in dense living, food supply chain be impacted as home gardens and solutions become more available.
- The maker movement is accelerating. Having attended a few of these events, I was surprised by the sheer volume of attendees yesterday. As technology becomes mainstay for future generations who are all connected and learning to use technology, our next generation will be more adapt at creating –rather than consuming. In many ways, this is just a swing back to the old village ecosystem where every family had a key skill: smith, baker, cook, and beyond, Yet now, we’re not bound by geographic limitations of knowledge, goods, or materials.
|Technology Call Out: 3D Printer Market Accelerating
While there were many technologies feature, I wanted to focus on one area of heat, 3D printers. Previously, Altimeter saw the 3D printer market as fragmented, with the industry not cohesive. While the space is exploding, there are dozens if not hundreds of 3D printers on the market, and an entire expo hall dedicated to them, each with a variety of specs. We expect consolidation as the market matures. Some key findings yesterday:
- Investor and my key contact Vivian Wang shared with me that over 90 types of materials can be 3D printed.
- Beyond plastics, we witnessed items printed from concrete, salt, metals, and even wood. The wood was sawdust mixed with plastic to create fibers, which result in mostly sustainable product creation.
- Digital designs and CAD files are being shared using online networks, with all the associated issues DRM comes with. Some artisans sell designs or create custom.
- There were entire playsets printed 3D printers, furniture, stainless steel jewelry, and we saw Autodesk (an enabling brand) being a key sponsor.
- 3D scanners can reverse engineer products and turn into CAD drawings. This means IP and copyright for company form function will be difficult to control and enforce.
- There’s been a cambrian explosion of printers, there are many brands, makes, materials, and it’s not clear they’ve interop or there’s a market leader
Opportunities abound: Brands can leverage the movement.
- Mindset change: become an enabler of this movement. I spent time with RadioShack (thanks Cosmin) at the show, who showed they were enabling this movement. They were providing free training for soldering education and hands on work, and also hosted a popup store selling components and controllers like Arduino. In previous years, Google, Yahoo and other tech companies have sponsored booths to enable future creators and engineers.
- Build a marketplace that builds new products around you. While I’ll cover this more in depth on my upcoming report on the Collaborative Economy, brands can host a marketplace around them, enabling customers to buy and sell and make their future products on hosted communities. See how Shapeways enables 3d printed jewelery artists to host, sell, and offer products –now, imagine a branded website from your company.
- Offer customized products directly to consumers. Rather than become disrupted as consumers purchase 3D printers, instead provide or host them. The future of Target, Walmart, Nordstrom, or Macy’s could be to host a showroom, then print out 3D products in near real time, or for immediate pickup. Imagine retail stores shifting from show and sell to show and make.
On a related but broader context, Altimeter has found four major business themes from the disruption these movements are causing, read about the highlights here, and a formalized report comes soon. Below are some select 6 second vine videos and images which help to illustrate the experience
Above: Combustion cars being converted to electric
Above: Turn biomass (Leaves, wood, in this case, walnut shells) into electricity to power your home
Above: Close up of the 3D printed wood
Above: Intricate 3D printed plastics
Above: Close up of the 3D printed wood
Above: 3D printed stainless steel and bronze jewelry
Above Video: 3D printed Concrete, Salt, Composite and more
Above: Rather than buy toys, print them
Above: 3D Printed Wood.
Above: The massive 3D printer pavilion