Materials & Manufacturing

The OptiScanTMIII system from Prior Scientific (Rockland, MA) is a stage and focus system for routine microscopy procedures requiring high precision. It offers full control in the X, Y, and Z axes via compatibility with OptiScan motorized stages for both inverted and upright microscopes, and Prior’s non-encoded focus motors and FB...

Lin Engineering (Morgan Hill, CA) releases the Xtreme Torque E5718 stepper motor with enhanced technology to reduce stalling, skipped steps, and provide efficient torque. The enhanced design allows users to stay within the same frame size and take advantage of increased torque normally available in larger frame sizes. The motor has a...

A team led by physicist Christian Santangelo at the University of Massachusetts Amherst uses curved creases to give thin shells a fast, programmable snapping motion. The technique – inspired by the natural "snapping systems" like Venus flytrap leaves and hummingbird beaks – avoids the need for complicated...

Using a method known as ultrafast electron diffraction (UED), a scientific instrument from the Department of Energy’s SLAC National Accelerator Laboratory reveals nature's fastest processes, including the rapid motions of atoms and molecules.

Using advanced computers and a computational technique to simulate physical processes at the atomic level, researchers at Brown University have predicted that a material made from hafnium, nitrogen, and carbon would have the highest known melting point: 4,400 kelvins (7,460 degrees...

Optical component fabrication using metals or ceramic materials involves many grinding and/or machining and polishing steps to achieve the proper form to the tolerances of imaging or photonic focusing instruments. These instruments range from infrared sensors, through visible and...