Poppy in production

Ethan Lowry
November 20, 2013

(Photo) A photo showcasing a Poppy 3D viewer, its carrying strap, and a soft carrying case. Text: POPPY object | indoor | multiple objects, product photography | #000000 | #f26522 | product | Colors: #000000, #f26522 Note: The image is a real-world photograph of a product and its accessories. It captures the items in a well-lit setting, likely for product display or advertising purposes.

I’m in China visiting our factory as we begin production of Poppy, our inexpensive and battery-free gadget that turns your iPhone into a 3D video recording and playback device. We have been working on this for almost a year now, and raised roughly $200K on Kickstarter this past summer, but yesterday was a huge milestone on the journey: we made the first injection molded plastic Poppy, called the “first shot”.

Injection molding is a kind of magic. The molds themselves are huge, heavy blocks of steel. The machines look like something out of steam punk science fiction. A bulbous hopper of plastic pellets is suspended over a heating element. Molten plastic is shot into the mold. The plastic cools, the jaws of the mold open, and a robotic arm plucks out the newly minted part. Total elapsed time per part: less than 20 seconds.

We’ve been watching this process move from sketches to cardboard prototypes, to 3D printed models, through iterations of machined prototypes and now molded parts. This latest step is special: it’s the move from one-off to mass production. I’m so excited to be here, and really enjoying seeing it happen in person.

So how does Poppy look? Really good! That’s not to say we’re done, far from it. As expected, these first units have flaws. The rotation is a little loose. The logo is printed upside down. The tripod screw mount sticks out slightly. The cartridge for the iPhone 4 has a nubbin of plastic that keeps it from being inserted properly. The molds haven’t been textured or polished. We’re working through dozens of issues. But (so far at least, knock on wood) we haven’t seen anything that can’t be fixed or tuned in the normal course of preparing for the full production run.

We did come close at one point, though. When I first looked through the viewfinder the image was slightly blurry and we all had a moment of panic thinking that the lenses might be flawed — finding a new supplier at this stage would push back our ship date. But it turns out the lenses had just been loaded in backwards. A very good thing to catch now before thousands of these things were assembled incorrectly, and a simple fix!

We’re packing these first few Poppys to ship to our pre-production Kickstarter backers. They’ll see it in all its imperfect glory, but also get one of the finished product when it’s ready. We’re also beginning the refinements necessary so we can produce 5000 more Poppys in the next few weeks, and finalizing our logistics and fulfillment plans. We’re getting a healthy dose of why hardware is “hard” — more on that later. Here are some behind the scenes photos as we round the bend into the home stretch.

(Photo) A photo of several heavy, metallic industrial molds or parts stacked on a wooden pallet. object | indoor | multiple objects, industrial setting | close-up Note: The image is a real-world capture of industrial equipment, making it a photograph. It's not a drawing, logo, or other graphical representation.(Photo) A close-up photograph of an open metal mold or die, likely used in industrial manufacturing. object | indoor | metallic surface, intricate details | #4d4d4d | #a6a6a6 | #262626 | macro | Colors: #4d4d4d, #a6a6a6, #262626 Note: The image is a real-world photograph of a mechanical component. It captures the details of the mold and its internal structure.(Photo) A close-up photo of machinery, likely an injection molding machine, showing the mold and clamping mechanism. Text: 1201 machinery | indoor | metal components, hoses, clamps | close-up Note: The image is a real-world photograph of industrial machinery.  It captures the details of the machine's components.
(Photo) A photo of an industrial machine, likely used for plastic injection molding, in a factory setting. Text: JM218 machinery | indoor | industrial equipment, factory setting | documentary Note: This is a real-world image captured by a camera, depicting a physical scene within a factory.  The focus is on the machinery and the industrial environment.(Photo) The image shows several Poppy 3D viewers in various colors and states of assembly, along with a neck strap. Text: Poppy object | indoor | multiple objects, product display | product Note: This is a photograph of physical objects, likely a product shot showcasing different versions or components of a 3D viewer.(Photo) The image shows disassembled parts of a View-Master, a stereoscopic viewing device. Text: Poppy object | indoor | disassembled parts | #000000 | #ffa500 | product photography | Colors: #000000, #ffa500 Note: The image is a photograph of real-world objects, capturing the disassembled components of a View-Master.
(Photo) A photo of a black and orange view-master style viewer sitting on a light wood grain surface. object | indoor | Close-up view of the viewer | #000000 | #ffa500 | product | Colors: #000000, #ffa500 Note: The image is a real-world photograph of an object, not a drawing or other graphical representation.  It captures a specific moment in time and is not a digitally created image.(Photo) A white plastic case lies open on a wooden table, with a light blue plastic piece lying separately. object | indoor | Two separate objects | #ffffff | #87d3e0 | product | Colors: #ffffff, #87d3e0 Note: The image is a real-world photograph of physical objects.(Photo) A photo depicting a pile of white plastic pieces, possibly from electronic devices, in a dark container. objects | indoor | pile of plastic pieces | close-up Note: The image is a real-world photograph of a collection of objects. It captures a scene rather than representing a logo, illustration, or other specific image types.

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