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PRODUCT INNOVATIONS
Spectrum Technologies
Two new models of free-standing, fixed beam laser systems with a high speed moving stage

Spectrum Technologies was set to preview two new models within an expanding SIENNA laser wire stripper range at the productronica exhibition in Munich, Germany in November. The new SIENNA 600 and 800 models are aimed at high volume, high precision electronic manufacturing applications.

SIENNA 600The SIENNA 600 series is a range of free-standing, fixed beam laser systems with a high speed moving stage offering a strip area of 400mm by 300mm (15.75" x 11.8"). This large process area means the system is particularly suited to large batch processing or for long strip requirements for wires up to 6mm (0.25") outside diameter.

The maximum process speed achievable by the SIENNA 600 is 300 mm per second (29.5 inches per second) and the PLC control system ensures strip accuracies of +/-0.1mm. A colour touch screen HMI with USB port for job upload and download ensures the equipment is simple to operate.

The system has been designed to be able to incorporate different laser types depending on the end application. This enables the system to be specified for standard cable stripping, metallic shield scribing or fine magnet wire stripping. SIENNA 600 is well suited to processing small micro-coax cables used in electronic and medical device amongst other applications.

Adrian Thomas, Spectrum’s Asia-Pacific Sales Manager explains, "The SIENNA 600 series was designed with the needs of our Asia-Pacific customers in mind, who required a system that could process large volumes of micro coaxial cables, quickly and accurately. We believe that not only will this product range be the ideal solution for them but will also have wider global market appeal based on the advanced benefits it offers."

The SIENNA 800 series brings new capabilities to the standard SIENNA range with the introduction of high speed scanning optical systems for the stripping and marking of a wide range of wires and cables and other components, on a stationary tooling plate.
SIENNA 800 front
SIENNA 800 offers a process area up to 120mm by 120mm (4.7" x 4.7"), dependant on laser type, within which components may be processed. Optionally the system may also be integrated with a wire handling system for laser strip, measure and cut-to-length applications.

The 800 range also benefits from the high accuracy PLC control system and colour touch-screen HMI with USB port, and is also designed to house three laser types depending on the end application.

Typical applications for the SIENNA 800 range would include stripping insulation from FLC and FFC cables and the removal of enamel from fine s well as larger magnet wire.

More information at www.spectrumtech.com/


PRODUCT INNOVATIONS
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Laser Components
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TECHNOLOGY
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Duke University
Do-it-yourself invisibility with 3-D printing go
Michigan Technological University
3D printing slashes optics lab costs go
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Light for people with eye diseases go
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Liquid crystals enable light guiding go
A*STAR Data Storage Institute, Singapore
Light’s magnetism shows its true colors go
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Star Trek's "tractor" beam created in miniature go
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BMBF project for developing high-brilliance infrared laser sources go
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Excimer laser technology revolutionized vision correction and surgical procedures for millions of people worldwide go
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Worldrecord for organic solar cell go
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MIT
Chips for future 3-D holographic displays go
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Lasers to polish implants go
IBM
Made in IBM Labs - IBM lights up Silicon chips to tackle big data go
National Taiwan University
Laser reveals skin`s true age go
Osram Opto Semiconductors
Record - infrared chip prototype leaps to 72 percent efficiency go
Wake Forest University
New flicker-free lighting technology go
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Optical communications make data centres more efficient go
Universität Innsbruck
Powering lasers through heat go
Hamburger Center for Free-Electron Laser Science (CFEL)
Profiling X-ray free-electron laser pulses go
University of Würzburg
Light at atomic dimensions go
Fraunhofer-Institut für Lasertechnik ILT
Laser-treated steel for the automotive industry go
TU München
Solar cell consisting of a single molecule go
Northwestern University
Simplified approach for high-power, single-mode Lasers go
TU Darmstadt
World record for spectral bandwidth  go
U.S. Department of Energy’s (DOE) SLAC National Accelerator Laboratory
World's most powerful X-ray laser goes nano go
Max-Planck-Institut für Quantenoptik
Flashes of light out of the mirror go
Universität Bonn
Laser "splits" atom go
TU Wien
Laser-like x-radiation from the laboratory go
Fraunhofer IWS Dresden
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Opto Semi­conductors
LEDs on silicon can reduce production costs go
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Laser technology can improve hearing go
Max-Planck-Institut für Quantenoptik
Breakthrough in Quantum Communication go
Laser Zentrum Hannover e.V.
High power Laser for the "wave hunters" go
JILA
A new way of Lasing go
Universität Freiburg
Hearing Light - scientists want to use micro-light-emitting diodes for people with hearing impairments go
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A living laser go
Optical Surfaces
Rutherford Petawatt laser to explore new areas of physics go
Universität Cambridge
“Blue” solar cells with 44% effectiveness go
The Swedish Research Council
New method makes it easier to treat prostate and pancreatic cancer go
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Ghostly Photos go
Fraunhofer Heinrich Hertz Institute (HHI)
New technology doubles efficiency of black silicon solar cells go
Technische Universität München
Ultra-fast photodetector and terahertz generator go
eurolaser
Packed precisely - accurate laser cutting of foam inlays go
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Success in research - first gallium-nitride LED chips on silicon in pilot stage go
Purdue University
Ultrafast laser could improve laser-manufacturing go
MIT
The world’s slowest fastest camera go
Fraunhofer IAO
Sky light sky bright go
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Siemens
Solar-powered technology for the Swiss Railroad go
Trumpf
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Laser marking of plastics go
Fraunhofer-Institut für Photonische Mikrosysteme IPMS
European research project OLED100.eu celebrates successful advancement of novel light source technology go
Osram
Efficiency record with flexible OLED go
Sandia National Laboratories
High-Quality white light produced by four-color laser source go
Ruhr-Universität Bochum
New concept for ultrafast lasers go
Max-Planck-Institut für Quantenoptik
New light at the end of the tunnel go
Wicked Lasers
The handheld laser pointer is visible from outer space go
Harvard University
An optical phenomenon defies the laws of reflection and refraction  go
AIP
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NEWS FROM THE TRADE SHOWS AND CONGRESS
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40 Jahrfeier in München
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Messe München
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Herbert Walther Award
Jeff Kimble wins 2013 Herbert Walther Award go
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Queen knights fiber Laser pioneer go
OSA
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MARKET-TRENDS
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Photonics Industry Report 2013
Solid growth of the worldwide photonics industry go
beratungsgruppe wirth + partner
Sunny prospects for young engineers and physicists in the Laser-/Optic-Industry go
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New development center supports innovative efforts go
PHOTONICS INTERVIEW
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All facets of light go
INTERVIEW Prof. Dr. Waidelich
From a congress trade fair to a trade fair with congress go
INTERVIEW Dr. Wilhelm Kaenders, Toptica Photonics AG
Innovation, creativity and public perception go
CAREER TIPS
Laser Components
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produktinnovationen
u2t Photonics
The world’s fastest coherent photodetector up to 64 Gbaud go
Conemtech
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 News - 19.06.2013
Supporting program for the LASER World of PHOTONICS 2013
The LASER World of PHOTONICS 2013, which will be taking place from 13 to 16 May 2013 on the Messe München site, will provide an important impetus to the international photonics industry at its 40th anniversary event. The world’s leading trade fair offers a comprehensive supporting program and numerous opportunities to exchange technical news and views. The program highlights are the World of Photonics Congress practical lectures in the Photonics forums, the presentation event “Photonic Industry Report 2013”, the new “Digital Photonics Production” special exhibition and other top-class events on everything to do with Photonics trends. Every two years, the world’s leading trade fair for the optical technologies, together with the World of Photonics Congress, brings together the global leaders of the photonics industry in Munich. 
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