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Need inserts? We make it E-Z.
Founded in 1956, E-Z LOK allows users to repair damaged or worn-out threads without the need for special taps or installation tools. Our line of threaded locking inserts is used in metal, plastic, wood, composite and additive industries. Extensive inventories are maintained in four warehouses across the US, and all products are sold through industrial distributors. One source for all your needs!
Learn more or contact Kyle Lindsly-Roach for free samples at 310.323.5613 x221.
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In this issue of Designfax |
News |
- U.S. Army gets world's largest metal 3D printer
- Ferrari 12Cilindri: V12 power with ultimate style
- Students invent leaf blower noise damper
- New advanced sniper weapon sight sees bullets
- Bugatti Tourbillon: V16 with 3 e-motors makes 1,800 hp
- Largest airplane in history will be 356 ft long
- Top Product: Raspberry Pi $70 AI Kit
- Top Toolbox: What is ground loop feedback?
- Top Blog: How a BattleBot was built using Onshape
- Top Product: 3D print tool steel with ease
- Top Blog: Top 5 reasons for solder joint failure
- Top Product: Hybrid bearings new industry standard
- Top Tech Tip: Stepper vs. servo -- The big debate
- Top Product: How slip clutches maximize designs
- Videos+: Technologies and inspiration in action
- How the world's fastest RC drone was designed
- Introducing a better way to design for engineers
- Pinball design: Making the Godzilla machine
- Aftermarket brake pads: The sketchy truth
- XXXXXXXX
- Most Popular Last Issue
- New washer for leak-free automotive sealing
- Who knew? How colorants affect plastic
- XXXXXXXX
- New Products
- Electrical, Mechanical, Motion
Cover Image: Nelson Publishing
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Scientists discover surprising new way to control light MIT researchers build world's largest collection of Olympiad-level math problems -- open to everyone Army successfully tests new drone-delivered bunker-busting warhead FireDrone can handle temps to 200 C |
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Top Blog: How a BattleBot was built using Onshape
Learn how RoboGym Robotics, a veteran BattleBots team, said goodbye to Solidworks and took their design game to the next level using Onshape, the cloud-native, all-in-one CAD and PDM solution. RoboGym was able to analyze key components of their Roundhouse BattleBot like its armor and weapon bar, run simulations, collaborate, iterate, and optimize their design to its fullest.
Read this informative Onshape blog.
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Top Product: 3D print tool steel with the ease of a plastic
The Virtual Foundry, a pioneer in advanced 3D-printing materials, is excited to announce the launch of their latest innovation: M300 Tool Steel Filamet™ (not a typo). This material answers the demand for FFF 3D-printable Tool Steel, delivering unparalleled strength and versatility. What sets this material apart is its seamless compatibility with various 3D printers, including Creality, Bambu Lab, Ultimaker, and more.
Learn more.
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Top Blog: Top 5 reasons for solder joint failure
Solder joint reliability is often a pain point in the design of an electronic system. According to Tyler Ferris at ANSYS, a wide variety of factors affect joint reliability, and any one of them can drastically reduce joint lifetime. Properly identifying and mitigating potential causes during the design and manufacturing process can prevent costly and difficult-to-solve problems later.
Read this informative ANSYS blog.
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Who knew? How colorants affect plastic
In plastic injection molding, one aspect of polymer characteristics that doesn't always get the consideration it deserves is the addition of colorant. Believe it or not, there is a whole scientific body of knowledge about the ways in which adding color to plastic can affect its behavioral properties. This short article by Denny Scher of ICO Mold takes a high-level look at some of the different, and surprising, ways colorants can affect plastics.
Read the full article.
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Videos+: Technologies and inspiration in action |
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How the world's fastest RC drone was designed |
Buzz along with father/son team Mike and Luke Bell in South Africa as they chronicle the design and making of Peregrine 2 -- the fastest little RC quadcopter drone in the world at 298.4 mph. It took nine months of hard trial and error with lots of fiery bumps along the way. Powered by two batteries, the bullet-like craft sports 7-in. carbon rotors and four TMOTOR 1500-kV brushless motors. Many of the parts were 3D printed or CNC machined. Motor control was paramount to achieve stability and speed while avoiding overheating. A thorough and entertaining presentation.
View the video.
Watch the companion video of how it was built.
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