If you’re looking for a way to create fully dense, net-shape metal parts in low volumes, we have the answer. Learn a bit about the metal injection molding process at Proto Labs in this quick video from Product Design & Development.
Well, a contender anyway. We are exhibiting at the Strategies in Light conference in Las Vegas this week (Feb. 24-26), one of the key LED and lighting events in North America. We are excited to meet with all of the design engineers and developers of LEDs and other lighting components. Continue reading
Arun Gupta is the founder of Skyven Technologies, a Texas-based company that has developed a co-generating solar panel system that promises an efficient way to generate electricity and heat water.
The Skyven Cogen System brings together traditional solar photovoltaic, concentrating photovoltaic and solar water heating technologies, Gupta says, incorporating the best technologies that have emerged from the billions of dollars and decades of study that already have gone into solar energy.
Installed on a commercial rooftop, the system will produce 50 percent more electricity that will cost 20 percent less than a traditional photovoltaic system, he says. The installed cost of solar water heating with Skyven’s system is 40 percent less than with traditional technology.
If you’re not currently joining us at SOLIDWORKS WORLD (Feb. 8-11) in Phoenix, Arizona, you may not have heard about our exciting new partnership with the MySolidWorks Manufacturing Network. Created to connect SOLIDWORKS users with reliable manufacturers in the 3D printing, sheet metal, CNC machining and injection molding industry, the network provides users with quick access to manufacturing resources like Proto Labs that, in turn, have a direct link to more than 2.5 million SOLIDWORKS users. Once connected to Proto Labs, designers can upload a 3D CAD model and receive an interactive quote with manufacturability analysis within hours.
To celebrate the partnership, Proto Labs has manufactured a limited-edition 3D-printed ring that SOLIDWORKS WORLD attendees who visit either the Proto Labs or SOLIDWORKS booth have the opportunity to receive. The ring was manufactured using Proto Labs’ SLArmor process, which takes stereolithography — an additive technology that uses an ultraviolet laser to cure thousands of thin layers together to build complex objects — to the next level by plating it with a nickel coating. This provides the look, feel and strength of metal, but without the weight.
As we move into 2015, watch our blog feed for more information on new ventures that Proto Labs will be launching.
As LEDs increasingly supplant metal filaments in light bulbs, optical LSR — in addition to plastics like polycarbonate and acrylic resins — is replacing glass in many optical applications including lens covers and light pipes.
The flexible, transparent material is second in clarity only to glass; it can withstand heat in proximity to high-output LEDs and operate in a range of ambient temperatures. Optical LSR is flexible enough for rough duty, outdoor and automotive use. It also allows for very flexible design including accurate replication of fine features. It can support minor undercuts and negative draft without the need for side-actions, and both thick and thin walls. Designs in this material can often integrate multiple parts into a single unit, combining for example a lens, a clear lens cover and a sealing gasket, reducing the bill of materials for a final assembly.
Proto Labs stocks Dow Corning MS-1002 LSR, a material that has been engineered for molding finely detailed parts for LED applications. Read our full Design Tip to see how optical LSR might help on your next lighting project.