Good Thinking
Formlabs, a start-up led by MIT researchers, has created a desktop 3D printer that uses stereolithography (SLA) technology normally reserved for costly high-end printers. While other at-home 3D printers use a process where ABS plastic is melted and extruded in thin strips, SLA uses lasers to cure liquid resin in microscopic layers. The Form 1 3D printer, which is described as the first "prosumer" 3D printer, accomplishes this using the same type of laser found in your Blu-ray player. Read More
Buying clothes online is always a bit of a crapshoot. You might know that a Large shirt from one designer fits you, but that doesn’t mean that a Large from another designer will also. That’s why a group of PhD students from Spain’s Universitat Autònoma de Bacelona (UAB) created the Verisize app – it’s intended to lessen buyers’ chances of ending up with clothes that don’t fit. Read More
Rise & Hang duffel bag transforms into a hanging set of shelves
While traveling is generally a lot of fun, digging through your packed clothes to find a particular item can definitely be a hassle. The Rise & Hang duffel bag offers an alternative – it features built-in collapsible soft shelves that pull up out of it while it’s hanging in your hotel room closet, keeping your clothes organized and accessible. Read More
Software makes 3D-printed objects more structurally sound
One of the great things about 3D printers is the fact that they allow anyone to become a manufacturer of small items. Unfortunately, however, they don't allow anyone to become a competent structural engineer – just because you can whip up a three-dimensional design on your computer doesn’t mean that it will translate into a sturdy physical object. That’s why researchers from Purdue University and Adobe's Advanced Technology Labs teamed up to create a program that automatically alters such designs, adding strengthening features to them before they get printed. Read More
Remember the Ostrich pillow we posted about last year? Back then, it was just a concept. Soon, however, you may be able to buy one for yourself, as the project is going public on Kickstarter. Read More
Seven years after constructing its initial prototype, Florida International University has lifted the lid from its latest and greatest machine: a 15-foot (4.6-m) tall Wall of Wind capable of generating 157-mph (70-m/s) winds. As such the machine is capable of simulating top-tier category five hurricanes according to the Saffir–Simpson Hurricane Scale. Read More
Popinator: The mouth-seeking popcorn cannon
You know you're living in the future when even the simple act of throwing a piece of popcorn in the air and catching it in your mouth gets a mechanical upgrade. Thanks to snack maker, Popcorn Indiana, eating popcorn is now as "easy" as asking for it and having the company's new Popinator fire a piece right into your mouth. Read More
ADAPTable – the sliding tile puzzle of workstations
Many of us who spend our working days at a desk have jobs that require a wide range of tools for a wide range of tasks. This means that a workstation can quickly become overwhelmed with objects placed within easy reach. The Tambour Table is one attempt at addressing this problem, but design company MAMIKIM & Co. has tried to create a desk that is adaptable for a range of working environments, with different sections suitable for different jobs. If you have ever wanted to own a giant sliding tile puzzle in the form of a desk, then ADAPTable may be just for you. Read More
New child-resistant spray bottle with double-trigger mechanism
The average household contains at least a few spray bottles filled with liquids that ... well, that children shouldn’t be playing with. While most bottles now incorporate nozzles that can be “turned off,” many people don’t bother doing so, plus kids can just turn those nozzles back on themselves. The situation has led to the design of a new type of child-resistant spray bottle, that has two triggers. Read More
Along with the possibilities of fluorescing dyes and butterfly-wing-inspired printing techniques, there could soon be a new weapon in the fight against counterfeiting – invisible QR codes. Researchers at the University of South Dakota and South Dakota School of Mines and Technology have developed a process for applying such codes to glass, plastic film, and paper products such as bank notes. Read More