TECHNOLOGY IN ACTION ADVERTORIAL
Protective garment selection made easier with enhanced online tool, SafeSPEC™
contract for Phase II of the ITER project
HBM announces
International Thermonuclear Experimental Reactor (ITER) project, as part of a joint agreement with Smartec. The ITER project for fusion is a large-scale scientific experiment that aims to develop a new, cleaner, sustainable source of energy, by producing commercial energy from fusion – the process that occurs at the core of the sun. Nuclear fusion – as opposed to fission where atoms split – has remained the elusive Holy Grail for physicists over the past half century, offering the promise of virtually unlimited power supply without the production of radioactive waste. Successfully awarded as a result of HBM and Smartecs joint experience and ability to supply FBG (Fiber Bragg Grating) technology and Fabry-Perot interferometers to measure strain, displacement and temperature in the cryogenic environment found in the ITER magnets, the tender is one of the largest single orders ever received at FiberSensing.
H
HBM u 0208 515 6000 u
www.hbm.com
enter 803
BM FiberSensing is pleased to announce it has been awarded the contract for Phase II of the
recently launched, interactive SafeSPEC™ online garment selector tool. New search functions enable customers to select DuPont products by hazard or industry, as well as receive personalised support if required. Available in five languages, the DuPontTM SafeSPEC™ tool is online now. First launched in 2014, SafeSPECTM was developed to assist safety professionals in making informed decisions on product selection. Users of the tool are able to search for suitable DuPont™ Tyvek® and Tychem® protective garments by brand, fabric, chemical, design, Type and standard. 360-degree images are available and SafeSPEC™ also offers users direct access to all relevant garment specification information, including data on barrier performance, sizing and packaging details.
T DuPont u 0116 247 0444 u
www.safespec.dupont.co.uk
Laser Cutting - Moulds the future A
enter 804
o assist safety professionals in the difficult task of protective garment selection, DuPont has updated its
precision moulding company has improved its output of automotive trim with the addition of
Synrad CO2 lasers within the injection moulding cells. Each cell contains two Synrad CO2 lasers, one is used for cutting off the moulding sprues, the other is used to mark manufacture dates directly on the moulding. Once moulded, large sections of trim are transported by robot to the laser cutter where the robot accurately guides the trim to remove the sprues or profile an edge offering a clean, consistent and accurate finish. The robot then transports the moulding to the laser marker which marks the moulding with the date and time and, if required company logo and a unique identity, either by conventional barcode or 2D matrix.
Laser Lines Ltd u 01295 672500 u
www.laserlines.co.uk enter 805
Enter 16 / FACTORY EQUIPMENT FACTORY EQUIPMENT | MAY 2015 27
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