Precision was key for this stainless steel powder metallurgy component used on the Talon, an add-on guidance and control package that transforms a legacy unguided rocket into a low-cost, precision-guided weapon. By using metal injection molding (MIM), a PM technology, this component's geometric complexity was achieved without extensive secondary processes. The conversion of the canard from a fully machined wrought component to MIM resulted in a cost savings of more than 65%.
This latest creation isn’t just highly sensitive and dexterous, it's robust enough to survive impacts previous designs couldn't — all while integrating high-speed sensor networks...
From plug-and-play to custom solutions, discover high-precision spur and planetary gearheads, as well as screw drives that perfectly match maxon electric motors with respect to...
Take a peek inside the design journey of a dual-rotor drone suitable for confined-space inspection in industries such as sewer management, hydro power plants, oil & gas, and chemical...
Explore extended capabilities for applications that demand a compact footprint and low weight, including a rigid speed-torque characteristic that optimizes control for precision...
