HEADLINES ARCHIVE
Watch: New Device Improves the Diagnosis of Dizziness
The device works on the principle of bone conduction to trigger the vestibular system, avoiding unnecessary damage to the ears.
See Demos of Three DWFritz Non-contact Metrology Platforms at IMTS 2018
Three non-contact metrology platforms changing the quality control industry will be demonstrated.
Rogers Corporation Introduces New Line of Venting Membranes for Improving Reliability of Electronics Enclosures
The new line of membranes leverages the unique properties of expanded polytetrafluoroethylene to enhance heat and air ventilation while protecting sophisticated electronics sealed in electrical, telecommunications, lighting and automotive enclosures.
Hexagon Launches Benchtop Multisensor Coordinate Measuring Machine at IMTS 2018
The Optiv Performance 322 is a customizable benchtop CMM with a small footprint and convenient upgradability which caters to a variety of applications.
One Step Closer to Creating a Synthetic Microbiome
Researchers from the Wyss Institute at Harvard University and Harvard Medical School (HMS) have created a genetic-signal transmission system in the gut of a mouse.
ZYGO Launches Next-Generation Advanced 3D Optical Profilers
Nexview™ NX2 and NewView™ 9000 3D optical profiling instruments precisely measure surface area topography quickly and with ease for enhanced productivity and versatility, addressing a broad range of applications.
What is the Ultimate Dielectric Material? Diamond Materials, Part 4
While nanotechnology has enabled rapid advances in microelectronics, diamond is key to overcoming major stumbling blocks to further miniaturization, namely the cost, power limitations and large size of passives.
What is the Best Material for Electronics Thermal Management? Diamond Materials, Part 3
Diamond has the highest thermal conductivity of any material, which makes it an excellent choice for thermal management in electronic devices.
New Detector for Hotspot Mapping at Sellafield
The portable system provides rapid and accurate modeling of plutonium deposits inside glove boxes, pipes and valves used to process nuclear material.
Biodegradable Graphene Key to Successful Biomedical Devices
A new graphene is biodegradable and works with an unlikely source: our own bodies.
Mahr Inc. to Feature New Contour Measurement, Optical 3D Surface Metrology and Digital Micrometers at IMTS 2018
MarSurf and Micromar product lines offer new levels of speed, productivity and precision.
Bacteria Provide the Power for a Paper Battery
The low-cost battery powered by bacteria could be easily incorporated into single-use devices for medical diagnostics.
Omron to Display Vision, Flexible Manufacturing, Traceability and Safety Solutions at IMTS 2018
Solutions to be demoed include integrated mobile and fixed robots, machine automation controllers and laser marking technologies.
Hyundai Making it Possible for Passengers to Listen to Different Music in the Same Car
In news that will likely change the face of the traditional car trip, Hyundai has revealed first-of-its-kind technology that will enable passengers in the same car to listen to different music, all at once.
Placenta-On-A-Chip Developed for Close Study of Placenta Behavior
An artificial placenta model has been developed as an organ-on-a-chip by researchers at Vienna University of Technology.
New Photovoltaic Backsheets for Solar Panels Introduced
Dunmore has expanded its portfolio of UL listed backsheets for photovoltaic applications.
Why is Diamond an Electrical Engineer’s Best Friend? Diamond Materials, Part 2
Diamond is much more than a pretty stone. Diamond has unique properties, such as the highest thermal conductivity of any material, high electron mobility, an extremely wide band gap, broad optical transparency from UV to infrared and outstanding strength and hardness.
New Three-Layered Nanostructure Material Developed for Renewable Fuel Production
KAUST researchers have developed a new method to make triple-layered, hollow nanostructures for hybrid materials which have been particularly difficult to develop.
New 3D Printer Allows for Bigger Desktop 3D Printing at Manufacturing Centers
The new EVO 22 is outfitted with a cartridge-style planetary extruder assembly and a three-bolt-reinforced QuickChange hot end for faster extrusion of materials.
Watch: 3D Printers Create a Less Expensive, More Refined MFP Production Process
NYU professors have teamed up and found that 3D printing can create cheap, functional and integrated microfluidic probes (MFP).