Nanofiber Laboratory
Fiber laboratory, a separate building with 200 m2 floor space, contains two fiber drawing towers and a preform growth and characterization facility with state-of-the-art modified chemical vapor deposition (MCVD) system.
Equipment list:
-High-temperature fiber draw tower (Optogear) has been using to produce specialty fibers, Yb-doped fibers for high-power fiber lasers, production of Germanium and Silicon micro and nanowires, phase-change nanowires, metallic glass nanostructures
-Low-temperature fiber draw tower (home-built) used to produce soft-glass fibers, hollow-core Bragg fibers, micro- and nano-structured polymer fibers, piezoelectric polymer micro- and nanowires, chalcogenide nanostructures, multimaterials device fibers
-Modified chemical vapor deposition (MCVD) (Optacore) is capable to manufacture active fiber preforms for high-power fiber lasers
-Glovebox (MBraun)
-HF acid etching station
-Preform analyzer (Photon Kinetics)
-Preform polariscope
-Preform slice measurement system
-FTIR (Bruker, Tensor 37)
-Inverted microscope (Zeiss, Axio Imager)
-Carbon/Golg coater (EMS, EMS150R ES)
-Soft-glass (chalcogenide) production station
-Silica glass processing line
-Machine shop
Material Laboratory
Material laboratory with 90 m2 lab space, contains sputtering system, thermal evaporation, contact angle measurement system, ultramicrotome, polymer/soft glass preform preparation line, thin film production line.
Equipment list:
-Polymer/soft glass preform preparation line
-DSC (TA Instruments, Q2000)
-Upright microscope (Zeiss, Axio Imager)
-Ultramicrotome (Leica)
-FTIR with microscope (ThermoFisher)
-Thermal evaporator (Vaksis)
-Sputtering system (Vaksis)
-Computer cluster
Characterization Laboratory
Characterization laboratory with 45 m2 lab space contains 3 optical tables, high-resolution infrared camera, CO2 Lasers, He-Cd UV laser, optical, electrical, and mechanical characterization tools.
Equipment list:
-Optical tables (Newport)
-Infrared camera (FLIR)
-CO2 lasers (Lumenis)
-He-Cd UV laser (Kimmon)
-Two-point mechanical fiber testing station (FiberSigma)
-Silica/chalcogenide fiber tapering systems (home-built)
-Tunable laser (Santec)
-Tunable diode laser (Toptica)
-Power meters (Newport)
-Oscilloscopes
-High-voltage DC power supply (Keithley)
-Source meter (Keithley)
-Signal generator (Keithley)
-Monochromator (Spectral Products)
-Syringe pumps (New Era Pump Systems)
-Piezo stages (Thorlabs)
-He-Ne lasers
About us
Research Interests
Nanofabrication by Iterative Size Reduction
Electroactive Nanomaterials & Devices
Multimaterial Fibers & Devices
Specialty Fibers & Light Sources
Contact
Mehmet BAYINDIR
Center for Hybrid Nanostructures
University of Hamburg
Address: Luruper Chaussee 149, Room: R2.21, 22607 Hamburg, Germany
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