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Trends, nyheder og inspiration

Se vores arkiv over tidligere artikler med trends inden for kunsthåndværk og design til boligindretning.


Læs de seneste nyheder inden for design og kunst-

03-11-2009 Nyhedsbrev november 2009

Industrial Designer Explains Production Methods Shown in Apple Watch Manufacturing Videos

When your average consumer watches any of Apple's "how it's made" videos, they likely have no idea what they're seeing. But even first-year ID students, when shown a cutting head pivoting precisely around material, understand that this machine is not controlled by a guy named Joe turning a bunch of handcranks. We all know a 5-axis CNC mill when we see one.

Greg Koenig knows a lot more than that. The experienced industrial designer behind the Atomic Delights blog, Koenig watched the three Apple Watch manufacturing videos with an expert eye and a brain full of production methods, then detailed what we're actually seeing, using his manufacturing expertise to fill in the blanks. In writing it all up, he reveals why no one is likely to catch up to Apple's manufacturing prowess.

Here's the video for the gold "Edition" model and some of Koenig's explanations:

In the above shot [of the Gold watch], blanks are placed in an immersion ultrasonic tester. What Apple is looking for is the presence of voids or density variances within the structure of the blank that, under stress, could lead to part failure or surface defects as material is removed in further machining processes. This level of inspection is, to put it mildly, fastidious beyond where most other companies would go (save Rolex). Immersion ultrasonic inspection is typically reserved for highly stressed medical implants and rotating components inside of aircraft engines; not only does this step take time, it also is typically performed by custom built machines of tremendous expense.

Koenig covers nearly ten other processes for the Gold version alone before turning his attention to the stainless steel variant:

We see a few shots of the case in a 5 Axis milling setup with custom work holding, milling out the internal features at odd angles. In this shot, our part is flipped yet again and is being presented to the tool so the pocket for the Digital Crown and button can be milled. Machinists should note that Apple isn't cutting the side button slot with a full-width cutter - the smaller end mill is slower, but produces a far better surface finish by avoiding chip thinning fluctuations.

Second to the CMM probing, Apple's video team also has a serious thing for Apple's automated polishing processes; understandable given that Apple has invested a significant amount of time and money climbing the polishing learning curve. One of the challenges of polishing is that Apple wants to keep crisp edges crisp, and buffing wheels tend to reach into sharp edges. Not only does this munge up and soften the edge in an undesirable way, it also rips the soft buffing wheel to shreds. Looking at this shot, we see Apple has custom molded gray polymer plugs for the lug channels, the strap release button slots and (unseen) the digital crown and side button. This allows the polishing process to have complete access to the case surfaces, without interrupting the desirable crisp edges.

Lastly he looks at the version made in aluminum, a material Koenig has more than a little experience with. "Though I design aluminum parts," he writes, "I long ago gave up even attempting to craft them to Apple's finishing standards."

Another process Apple leads the world at is laser machining. We'll see it twice in the Aluminum video, but the above picture is extraordinarily impressive. Machining tends to leave a little lip on the edge of metal, known as a burr. Often just 0.05mm thick, burrs are razor sharp and are the bane of a machinists existence. They can be milled off in the machine using very tiny tools, or removed by hand, or knocked down in tumbling, sanding or other processes - all of which present tradeoffs.
Apple is doing something utterly unique in this 5 seconds of video - they are using a laser to clean up any burrs or finishing defects from machining. You can see the laser quickly outline the lip of an inside pocket, and come in for a more intense second pass on the floor of that pocket. I would consider this (quite long) blog post a success if the engineer or designer who thought that trick up reads this and knows that this is an astonishingly brilliant trick they cooked up. Bravo!

What we've excerpted here is only a fraction of what Koenig's done; we highly recommend any production method geeks read his entire piece. His summation even echoes the oft-told craftsperson's principle imparted to Steve Jobs by his father, about the importance of finishing the back of a cabinet, even though it would be out of sight: "Nobody will see or feel the inside pocket for the microphone on the Sport," Koenig explains, "yet it has been laser finished to perfection."

The Final Deadline for the 2015 Core77 Design Awards Really is the Final Deadline

Here we are! Counting down the final four days until the entries close for the 2015 Core77 Design Awards program. If you haven't entered your best work yet, you only have this weekend, Monday and part of Tuesday to do it. We're not kidding. 

The final deadline you see on the Design Awards site, our social channels, emails, newsletters, etc., is exactly that - the FINAL deadline. We decided to publish the full entry schedule in advance this year so everyone was aware of how much time they had to prepare their entries. As we now approach the final (FINAL) deadline, we wonder if there are any fans of the Design Awards out there thinking, "I'm not worried, I still have time! They'll announce at least a full week extension after THIS deadline."

If you think you will have more time after March 31st, 9pm Eastern, let me be perfectly clear... you won't. Please don't rely on a surprise extension to get your designs submitted. There will NOT be one, which means holding out hope will only lead to heartache, and no one wants that. We recommend you use today and this weekend to make your entry as exceptional as possible, knowing you won't have a second chance after this Tuesday. 

Getting your entry in on time is especially important this year because of the brand new Community Choice Award! Only those who enter and receive an honor from our juries will be eligible to have the public design community vote for their work. If you receive the most votes out of everyone in the running, we'll buy you a plane ticket and hotel room to join us at the Core77 Conference this October. 

We don't want you to miss out on this great opportunity. Enter today!

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Three Exceptional NYC Bars in Unexpected Locations: Worthy food and drink adventures in lesser-wandered neighborhoods New York City forever defies expectations. Strolling a different street on the way from work to one's home can reveal a masked gem that's been quietly entertaining for years. One subway stop from routine might be a perfect aesthetic match for drinking......
DOE Selects 20 Universities For Solar Decathlon--Parsons is Picked

The Department of Energy just selected 20 Universities to compete in building a solar-powered house and Parsons School of Design made the cut for the 2011 competition.

Parsons is teaming up with the Stevens Institute of Technology to provide solar-powered Habitat for Humanity housing for residents of the low-income Deanwood neighborhood of Ward 7 in Washington, D.C.

The design consists of two modules that unite to form a functioning solar duplex. Each module is sustainable on its own, but they achieve peak efficiency when joined together. Module One will be assembled in Deanwood, and Module Two will be displayed on the National Mall for Solar Decathlon 2011. After the competition, the two modules will be connected to form a duplex that can house two families.

According to Parsons, "the duplex's primary power is generated using hybrid photovoltaic thermal cells, which produce electric energy and collect thermal energy to boost overall efficiency."

The dean of Parsons, Joel Towers, tells me that the Solar Decathlon projects involves dozens of classes in architecture, urban planning, design and technology.

Innovation Shifts to Asia and Europe, Away From The US

When I began the Most Innovative Companies annual survey with BCG's James Andrew, nearly all the top 50 companies were American. This year, more than half of the most innovative companies in the world came from Asia and Europe. Despite all hoopla and blah-blah about innovation among CEOs in the US, the actual building of the rituals and processes that produce innovation is increasingly taking place outside America. With the S&P 500 stuck at 1999 levels, the profit proof is in the pudding. There has been an innovation mirage in the US over the past decade, perhaps two.

The new story lies in the BRICs--China, India and Brazil. Last year Greater China (including Taiwan) was 46 out of 50 in the survey. This year it is tied with Japan. Lenovo, BYD, Haier, China Mobile and HTC are on the list.

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