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Did you know that desiccants can be custom molded to fit or strengthen your design?
AGM's injection molded desiccants allow engineers to ensure moisture protection in their design without worrying about space and shape constraints. Our molded desiccants are built to customers' specified sizes, shapes, and thicknesses, and may be used as structural components in designs. These desiccants are comprised of 4A molecular sieve in addition to proprietary binders, and thus deliver high adsorption capacity at even low humidity levels. Applications may include aerospace, medical devices, and optics equipment. AGM can fill molded desiccant orders in either high or low quantities. Samples are available.
Discover the strength of molded desiccants today
or speak with an AGM engineer at (520) 881-2130.
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In this issue of Designfax |
News |
- Kenworth SuperTruck 2: The big rig's future
- Ferrari 12Cilindri: V12 power with ultimate style
- New sniper weapon sight sees flying bullets
- Largest airplane in history will be 356 ft long
- Ford Mustang GTD Carbon Series Performance pack
- 3D-printed titanium structure has supernatural strength
- New air-cooled Wankel rotary engine fits in your hand
- Top Blog: How a BattleBot was built using Onshape
- Top Product: Raspberry Pi Pico 2 microcontroller
- Top Product: 3D printing with injection-molding quality
- Top Product: Electrostatic motors come of age
- Top Product: What can you secure with a retaining ring?
- Top Toolbox: Top 5 reasons for solder joint failure
- Top Toolbox: How slip clutches maximize designs
- Videos+: Technologies and inspiration in action
- How the world's fastest RC drone was designed
- How suction sails work on huge ships
- Novel IC engine features rotating piston
- Most Popular Last Issue
- 99 tons and 39 ft tall: Rocket-building robot
- Top Toolbox: Stepper vs. servo -- the big debate
- Top Product: What is the C-Flex Pivot Bearing?
- 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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Kenworth SuperTruck 2: The big rig's future
Kenworth's new SuperTruck 2 demonstrator vehicle, which was developed over a six-year period as part of a DOE collaboration, has attained a 136% freight efficiency improvement using a diesel engine as the main power source. The ultra-modern truck has a bullet-train look featuring a center-driver layout and a whole lot more.
Read the full article.
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Top Toolbox: Stepper vs. servo -- the big debate
In the world of precision motion control, many machine designers face a choice between step motor or servo motor technologies to solve their performance requirements. When to use which type has created a big debate. Learn from Kollmorgen about two common scenarios and the good and bad experiences that resulted.
Read the Kollmorgen tech tip.
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Top Product: What is the C-Flex Pivot Bearing?
It's a flexure-based bearing utilizing internal flat crossed springs, capsuled in a cylindrical housing, to provide precise rotation with low hysteresis and no frictional losses. The C-Flex bearing will offer infinite life when used within its rated load and rotation values. Applications include Medical, Industrial, Aerospace, Semiconductor, and Optical.
Learn more.
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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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