Flexible screens ready to roll
21 January, 2003In the future, powering up your laptop may require you unroll it first. Engineers at the University of Toronto have constructed flexible technology that could lay the groundwork for future generations of bendable television, computer and mobile phone screens.
Heat stress monitor
07 January, 2003 | Supplied by: TRE AssociatesThe RSS 214 DL is a handheld micro processor based wet bulb globe thermometer that measures environmental factors that contribute to heat stress.
VOC sensor
07 January, 2003 | Supplied by: Adilam TechnologiesFigaro TGS2620 is a volatile organic compound (VOC) sensor with high sensitivity to alcohol and organic solvent vapours.
Remote measurement
07 January, 2003 | Supplied by: Endress+Hauser Australia Pty LtdDeveloped specifically to work with existing web browser technology, the Fieldgate FXA 520 gateway is designed for remote process measurement monitoring, diagnosis and configuration of HART-compatible sensors and actuators.
Mass flow sensing for high accuracy measurement
05 January, 2003 by Sam Kresch, Product Manager, Fluid Components InternationalAccurate flow measurement impacts process safety, throughput, recipe, quality and cost, affecting bottom line profit or loss. Obtaining accurate flow measurement begins with selecting the best flowmeter technology for the specific application media
Fluorescent displays
12 November, 2002 | Supplied by: Tenrod Australia Pty LtdNoritake has introduced the 7000 series, the low cost feature rich graphic capable character range of VDF modules. This range of VFDs is both character and graphic capable and features the new user definable windowing function that provides the user with independently controlled windows that is capable of displaying text and graphics simultaneously.
LCD touchscreens
12 November, 2002 | Supplied by: Active Components Australia Pty LtdActive Components has available a range of LCD touchscreens from Truly Semiconductors.
Bendable screens
04 November, 2002It has been reported that DuPont, Sarnoff and Lucent technologies will work together to develop a display technology that could lead to thin, flexible monitors that can be wrapped around curved surfaces or rolled up and put away or carried. The project is to be sponsored by the Advanced Technology Program at the National Institute of Standards and Technology (NIST).
Control Sensors
08 October, 2002 | Supplied by: Thermo Fisher ScientificThe MTS range of displacement sensors provides a method of position feedback. The magnetostrictive technology allows these sensors to be used in a wide range of applications including those where there may be high shock and vibration such as moulding machines, saw milling and hydraulic cylinders.
Sensor for Transplant Organs
08 August, 2002Scientists at University of Ulster have developed sensors that are inserted in transplant organs to monitor if there has been any deterioration in the organs condition since being removed from the donor.
LCD Manufacturing
25 June, 2002Using the two company's joint venture, Philips Electronics and LG Electronics plan to expand capacity of LCD panels and large-screen desktop monitors. Production will begin in the first half of 2003.
Philips invents technology for paintable displays
28 May, 2002Scientists from Philips have fabricated flat panel displays through simple coating techniques similar to painting. Philips claims that this makes displays cheaper, thinner and provides great design freedom.
LCD Monitor
09 April, 2002 | Supplied by: Schneider Electric IT AustraliaAPC has announced its all-in-one, 1U combined liquid crystal display monitor/keyboard drawer that optimises space I racks and enclosures.
Graphic Touchscreen HMI
09 April, 2002 | Supplied by: DAC Electronics Pty LtdMaple Systems has released its latest generation of graphic touchscreen operator interfaces. The HMI900 series is available in 22.5 cm black/amber EL together with 25 and 30 cm 256-colour TFT touchscreens. All feature the latest in Microcell technology for exceptional graphics clarity and touch accuracy.
Microprinting cuts biodetector sensor size
09 April, 2002Looking to cut biodetector size and cost, Washington State University researchers have applied microprinting to the design of lab-on-a-chip systems.
