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Universität Rostock

Lehrstuhl für Mikrofluidik

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  • Team
    • Team
    • Professorship or chairmanagement
      • Prof. Dr.-Ing. Hermann Seitz
      • Secretary
    • Scientiffic staff
      • Nada Abroug M.Sc.
      • Alexander Ahrend M.Sc.
      • Pedram Azizi M.Sc.
      • Tim Dreier M.Sc.
      • Dipl.-Ing. Christoph Drobek
      • Dr.-Ing. Roland Matzmohr
      • Dr.-Ing. Robert Mau
      • Florian Neukirch M.Sc.
      • Christian Polley M.Sc.
      • Dr. rer. nat. Abdullah Riaz
      • Alexander Riess M.Sc.
      • Ahmed Sannan M.Sc.
      • Dr.-Ing. Georg Schnell
      • Dipl.-Ing. Robert Thomas
      • Mario Thürling M.Sc.
      • Dipl.-Ing. Philip Töllner
      • Dipl.-Ing. Erik Westphal
    • Technical staff
      • Dr.-Ing. Roman Rachholz
      • Benjamin Eichler
      • Uta Matzmohr
      • Enrico Voß
    • Former Employees
      • Dr.-Ing. Horst Mund
      • Dr.-Ing. Arne Sommerfeld
      • Dr.-Ing. Sebastian Spath
      • Prof. Dr.-Ing. Mark Vehse
      • Dr.-Ing. Jörn Hennig
      • Dr.-Ing. Bernhard Mehl
      • Dr.-Ing. Christian Polzin
      • Dipl.-Wirt.-Ing. Thomas Pollack M.Sc.
      • Mark Schult M.Sc.
      • Dipl.-Ing. Manuel Dethloff
      • Dr.-Ing. Vincent Morrison
      • Clemens Lieberwirth M.Sc.
      • Jan Konasch M.Sc.
      • Dipl.-Phys. Matthias Cornelsen
      • Dr.-Ing. Philipp Drescher
      • Oliver Schmiedl M.Sc.
      • Sebastian Eilek M.Sc.
      • Erik Sebastian Schmidt M.Sc.
      • Dipl.-Ing. Alina Weizel
      • Sofiane Bouhedma M.Sc.
  • Education
    • Lectures
    • Lehrveranstaltungen
      • Additive Fertigungsverfahren
      • Antriebssteuerung
      • Hydraulik und Pneumatik
      • Komponenten mechatronischer Systeme
      • Mikrofluidik
      • Projekt Rapid Prototyping
    • Aktuelles/ Informationen
      • Aktuelle Vorlesungsankündigungen
      • Lehrmaterialien
    • Studentische Arbeiten
      • Intro
      • Themen für die Bachelor-, Studien- und Masterarbeit
      • Themen für das Projekt Maschinenbau
      • HiWi gesucht
  • Research
    • Current Projects
    • Projects
      • SFB Elaine - Piezoelectric materials for multifunctional bone and cartilage implants
      • SFB Elaine - Electrical and mechanical stimulation of cartilage
      • Joint project CatHEA
      • Joint project Actiheal
      • Joint project High-speed large capacity printer
      • Joint project Next Generation internal gear pump „NeGInza“
      • DDS-3D: Production of jaw implants with drug depots
      • Development of a rapid tooling process to produce tools for MIM process
      • RESPONSE: 3D printing of functionalized biomaterials
      • RESPONSE: Additive technologies for individual drug-loaded implants
      • Additive manufacturing systems based on artificial intelligence
      • Gravimetric Density Measurement
      • Ultrabearing
      • LaserPulsForm
    • Finished Projects
      • Centre of growth MikroLas - Investigation of shear thinning by microstructuring (Subproject 4.2)
      • Centre of growth MikroLas - Development of a laser-based microstructuring of slide bearings fort he tribological optimization of micro annular gear pumps (Subproject 6.2)
      • Creation of a development environment for active steering systems
      • Development of an inkjet technology for selective glass solder coating of dental implants
      • Electrolytical plasma polishing of aluminium
      • DFG Project: 3D-printed Drug-Delivery-Systems with controllable drug release
      • Development of a method for collagenase-free separation of stem cells from human adipose tissue
      • Response - Inkjet technologies used for reservoir-based drug delivery system
      • Electrolytical plasma polishing of inner tube surfaces
      • Centifluidic Technologies
      • Development of materials and printhead for the composite extrusion modeling
      • Joint project HOGEMA
      • Additive manufacturing of pure copper and tool steel components
    • Finished Projects (2)
      • Development of a novel point-of-care diagnostics product for the detection of disease specific biomarkers
      • Custom-made vitalized implants for the reconstruction of extensive bone defects in maxillofacial surgery
      • Development of a process control and documentation system for 3D printers
      • Fabrication of amorphous metals by additive manufacturing
      • Regenerative implants for the musculoskeletal system
      • Calcium phosphate ceramics for the 3D printing of custom-made bone implants with adjustable resorption
      • 3D-Printing of medical devices
      • Development of a robust fluidic system for point-of-care diagnostics
      • REMEDIS – Höhere Lebensqualität durch neuartige Mikroimplantate
      • Scaffolds for in vivo cultivation
      • Experimental and numerical methods for flow analysis in centifluidic systems of allergy diagnostics
      • Development of a 3D-printing method to manufacture ceramic components
      • Development of a water-assisted liposuction device
    • Service
      • Microfluidics
      • Micromanufacturing
      • Additive Manufacturing
  • Publications
  • Equipment
    • Equipment
    • Micro-machining
      • Mechanical processing
      • Laser processing
      • Micro Particle Image Velocimetry
      • Nanoscale-dosing system
      • Drop observation
    • Additive Manufacturing Technologies
      • CEM-3D-Printer
      • Polymer-3D-Printer
      • 3D printer for loaded photopolymers
      • Debinding and sintering furnace
      • Selective Electron Beam Melting
      • 3D Printer
      • Microstereolithography (µ-STL)
      • Voxeljet VX 500
      • Field assisted sintering technique / Spark plasma sintering
      • Planetary ball mill (PM 100)
    • Analyse
      • 3D-Scanner
      • Vapor Pressure
      • Density -and sound velocity
      • Gaspyknometer
      • High-Pressure Capillary Rheometer
      • Conditioning cabinet
      • Confocal microscope
      • Contact angle measuring system
      • Laboratory Kneader
      • Microskope
      • Micro- und nanoindenter
      • Particle Measurement Device
      • Refractometer
      • Rotationsrheometer Anton Paar MCR 702
      • Grinder and polisher
      • Tensiometer
      • Tribometer
      • Universal testing machine
    • Informations
      • Informations
      • Approach
      • Site plan
  • LFM
  • Education
  • Studentische Arbeiten
  • HiWi gesucht

HiWi gesucht

  • Stellenausschreibung "Porous network modelling using OpenPNM"
  • Stellenauschreibung "Laserbearbeitung von Oberflächen und Oberflächenanalyse"
  • Stellenausschreibung "Material- und Prozessentwicklung mit anschließender Charakterisierung"
  • Stellenausschreibung "3D-Druck von keramischen Bauteilen im CEM-Verfahren"
  • Stellenausschreibung "Untersuchungen zu Tropfendynamiken auf unterschiedlichen Oberflächen"
  • Stellenausschreibung "3D-Druck von faserverstärkten Kunststoffgranulaten im CEM-Verfahren und Analyse der Bauteile"

 

Kontakt

Universität Rostock
Lehrstuhl für Mikrofluidik

Justus-von-Liebig-Weg 6

18059 Rostock
Tel.: +49 (0) 381 498 - 9091

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