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Table Exhibit
TABLETOP EXHIBIT INFORMATION
LIST OF EXHIBITORS
Tabletop Exhibit (August 31 - September 2, 2010)
From Tuesday, 31 August (morning) to Thursday 02 September (afternoon), a table-top Exhibit will allow Laser and Photonics related companies to present and promote their new products among attendees.
Tabletop exhibit space will be available at the University of Hamburg.
The location of the exhibitor will be on the ground floor, entrance area, close to the conference room and close to all activities, in order to allow easy and frequent contacts with the attendees.
Deadline to deliver own material in Hamburg: Thursday 26th August 2010 at the following address:
Dr. Klaus Petermann
Institute of Laser-Physics
University of Hamburg
Luruper Chaussee 149
22761 Hamburg
Germany
Tel.: +49 40 8998 5103
Fax: +49 40 8998 5195
e-mail: petermann@physnet.uni-hamburg.de
Please just inform Dr Petermann by email when you are sending the material.
The exhibition space includes:
(i) one or two tables per exhibitor of 0.7x1.4m with 2 chairs (main entrance to the lecture hall)
(ii) 3 WLAN- accesses are available in front of the conference hall and a PC pool will also be available
(iii) Internet connection free of charge
(iv) Power available at all tables (10 A);
In addition it will be provided: (i) an attendee list for one time mailing (no emails); (ii) one/two exhibitor personnel badges; (iii) one/two tickets to the conference dinner; (iv) one technical digest.
The fee is Euro 500 per table.
In case of interest, download the contract for an exhibition space here.
All conditions are stipulated on the contract.
In order to be considered, the contract must be duly filled out and accompanied with the payment information.
Deadline to return the signed contract is 1 July 2010.
Increase your company visibility amongst qualified attendees with a sponsorship at the event. Current sponsorship opportunities include:
- Coffee break
- Reception
- Attendees bags
- Registration material inserts
Plus other customizable promotional opportunities.
About DILAS:
DILAS, the diode laser company, is focused on delivering the most innovative technologies and advanced product solutions in the industry. Founded in 1994 in Mainz, Germany, with operations in North America and Asia, DILAS designs, develops and manufactures quality high-power, high-brightness semiconductor laser components, modules and systems, including fiber-coupled products for worlwide distribution.
http://www.ultrafast-innovations.com
About Ultrafast Innovations
UltraFast Innovations is a premium supplier of custom-made ultrafast optics and components. We are offering optics for ultrafast laser and XUV applications, as well as integrated components.
By combining an integral consulting approach with a close integration into current research we are creating added value for research and industry. Many years of know-how in designing and manufacturing of specialty optics enable us to provide our customers with the optics solutions that exactly suit their needs.
About EKSPLA
Manufacturer of solid state pulsed lasers, laser systems, DPSS lasers, optoelectronics and power supplies for science and industry. Products include mode-locked, q-switched, custom-designed lasers, OPG/OPA/OPO systems and complete solutions for spectroscopy, LIDAR, material research as well as industrial diode pumped solid state lasers for material processing.
About OWIS
OWIS GmbH, headquartered in Staufen, Germany has more that 30 year of certified experience in developing and producing beam handling systems and highly precise positioning systems. OWIS® focuses Optomechanical Components such as Rails, Slides and Mounts; Manual and Motorized Positioning Systems Elevator, Rotary and XY Stages; Goniometers; Positioning Control Systems for both standard and customized applications in: Information Technology, Mechanical Engineering, Precision Machining, Semiconductors, Printing and Imaging, Micro System Technology, Sensor Technology, Biotechnology, Medicine technologies, Microscopy, Aernonautics, Marine technologies, Environmental technologies, etc.
About WILEY BLACKWELL
Wiley-Blackwell, publishing business of John Wiley & Sons, is the leading society publisher and offers libraries peer-reviewed primary research across more than 1250 journals (e.g. the high-quality journals Laser & Photonics Reviews or Journal of Biophotonics) and a global reference source of books, major reference works and databases. New titles on display will feature the recently published Laser Physics by P.W.-Milonni and J.H. Eberly, and Photonic Waveguides by A. Boudrioua.
About FEE
Since 18 years FEE grows crystals for optical applications. The delivery program includes crystal like Nd:YAG, Yb:YAG and Er:YAG as well as nonlinear optical crystals for SHG and THG like BiBO and KNbO3 FEE is worlwide one of the few producers of high quality TGG. The growth of customer specific crystals with special dopants or modified host lattices, also as substrates for epitaxial growth, is possible. FEE has a wide expert knowledge in processing and polishing of laser crystals, especially for sensitive materials like TGG or NLO crystals and for thin discs down to lower than 100 um A outstanding feature of FEE is the ability to grow segmented crystals with a patended growth process.
About High Q Laser
High Q Laser (foudend 1999, ISO 9001: 2008 certified) develops, manufactures and distribues a complete range of solid-state pico-and femtosecond oscillators and amplifiers for scientific, medical and industrial markets offering standard as well as individually customized ultrafast laser systems. By employing a modular product concept, High Q laser can quickly tailor ultrafast products for use in OEM, imaging, medical, nano processing, semiconductor and research applications.
The High Q Laser product range comprises four different laser series:
- TRAIN series: Compact, all-diode-pumped, solid-state laser fs-and ps-oscillators up to 50 W
- REGEN series: All-In-One ps-and fs-regenerative amplifier systems up to 30 W High energy version for ps systems up to 1 J pulse energy
- NOVA series: Cavity-dumped systems
- TUNE series: Tunable systems by utilizing OPO and NOPA technology
All laser systems are based on the unique techniques of direct diode-pumping and semiconductor saturable absorber mirror (SESAM) mode locking.
The High Q Laser technology inherently leads to high temporal and spatial stability in a TEM00 beam profile. The set up of High Q Laser systems is compact and extremely modular providing robustness, ease-of-use and true turnkey behaviour. Class 100 clean room production and the sealed-off technology leads to long life times, high up times and low cost of operation, saving time and budget.
Our new models, picoREGENTM Industrial and femtoREGENTM Industrialn are amplifier systems tailored for an application in nano and micro processing.
The new picoEMERALDTM is an all-in-one light source for CARS and multi photon microscopy. our femtoTUNE is an NOPA delivering tunable pulses from the UV to the IR at pulse durations of 30 fs at up to 500 kHz repetition rate.
About IC-Haus
http://www.ichaus.biz/AN
iC-Haus, a leading specialist for monolithic mixed-signal circuits and microsystems, develops and manufactures application-specific standard products and application-specific integrated circuits. Our wafer backend, chip assembly and test facilities are located in Bodenheim near Frankfurt in the center of Europe. Our subcontracted wafer soundries and assemblers are situe all over the world and assure reliable, second-sourced products and deliveries. Quality engineering has been established according to international standardds, such as ISO9001. iC-Haus products are designed for industrial, military, medical and automotive use and follow FMEA methods and safety requirements.
The available solutions for photonics application consists of a wide range of integrated laser driver IC, optical image sensors, laser driver modules, laser measurement tool and application reports.
