Technical Laboratories
State-of-the-art equipment for practical learning
Learning in state-of-the-art laboratories: The technical laboratories at the FHV are equipped to the highest standards and are open to students, researchers and, in some cases, engineers from industry.
All the computer programmes you need for your studies are available to you in the form of campus licences or open-source software, which you can also use on your personal computer.
Automation Lab
The automation laboratory (aLab) is a learning and research laboratory at the FH Vorarlberg. It is used for the development of prototypes in the fields of robotics, image processing and control engineering.
Focal points:
- Robotics
- Image processing
- Control and feedback control
Task areas:
- Industrial robotics
- Industrial image processing
- Memory programmable controllers
- Control engineering
- Pneumatics
Equipment:
- Collaborative Robot (Cobot) Universal Robots UR5
- 6-axis vertical articulated arm robot ABB IRB 4600
- 6-axis vertical articulated arm robot ABB IRB 120
- SCARA robot ABB IRB 92
- Simulation software ABB RobotStudio
- Simulation software Matlab Robotics Toolbox
- Learning robot Trossen Robotics WidowX 200
- Autonomous Mobile Robot MiR 100
- Learning robot Turtlebot 4
Laser Tracker API Radian
- Smart Camera Omron MicroHAWK F430
- Area Camera Basler ac2440-g20
- Kaiser eVision reflected light transmitted light stand combination with high frequency illumination
- Halogen cold light source, line light with fiber optic light guide
- LED dark field illumination CCS LDR-206LA-1-BL
- Halcon (MVTec)
- Matlab Image Processing Toolbox (Mathworks)
- NI Vision Builder for Automated Inspection (National Instruments)
Contact Automation Lab:
Electronic Lab
The Electronic Lab (eLab) is used for learning and research purposes for all degree programmes with technical components. Longer-term projects can also be worked on in the attached electronics workshop and prototypes can be built in the production line. Projects from the fields of electrical engineering, measurement technology, signal processing, control engineering and power electronics can be worked on.
Focal points:
- Electrical engineering fundamentals
- Electronics (analog and digital technology)
- Industrial electronics/power electronics
- Measurement technology
- Signal processing
- Control engineering
- Prototype design (design, simulation, construction, test) of modern electronics - circuits
Task areas:
- Training in the entire field of electronics
- Conducting industrial and student project work
- Circuit design and simulation analog, digital, mixed - signal
- Design and fabrication of printed circuit boards (prototypes)
- Automatic assembly and test of circuits
- Microprocessors and microcontrollers
- Embedded Systems
- Measurement technology
- Sensor technology
- Power electronics
- Power Engineering
- Control engineering
- Control engineering
- Drive technology
Equipment:
- 4-channel oscilloscope, 1GHz with the following options
- Digital analysis 16bit
- Serial bus analysis (e.g. SPI, I2C, UART)
- Power analysis
- I/Q signal analysis
- Logic analyzer, 200MHz
- Mobile spectrum analyzer 3GHz
- AC power supply 1kW
- DC power supply 1.5kW
- DC load 1kW
- Installation/protective measure tester
- High voltage tester
- Sound level meter (also for mech. vibrations)
- Luxmeter
- Gaussmeter
- Tachometer
- Stroboscope
- Multi-channel vibration measuring station (24bit)
- Universal measurement amplifier (HBM)
- Power meter 4 channel
- Heat imaging camera up to 1200°C
- HF signal amplifier for I/Q modulation up to 6GHz
- 2 channel vector signal analyzer up to 6GHz
- Spectrum analyzer up to 6GHz
- High impedance meter
- Femtoamperemeter
- Milli Ohmmeter
- National Instruments: Electronic Workbench (circuit design / simulation / layout)
- div. special compilers (PLC, microcontroller, ...)
- Matlab & Simulink (control engineering)
- Microchip MPLab Studio
- Diptrace circuit designer
- Camera-assisted circuit board plotter for the production of printed circuit boards and front panels
- Semi-automatic, camera-assisted placement aid for SMD - components
- Automatic placement machine for SMD components up to 0402
- Reflow continuous soldering oven with pin chain
Contact Electronic Lab:
Mechanical Lab
The work in the Mechanical Lab (mLab) covers the areas of measurement and production technology as well as materials testing. One focus is the machining of complicated turned and milled parts. A serial and a parallel kinematic CNC milling center as well as a turning and milling center with driven tools are available for 5-axis machining. Programming the machines using CAM is just as much a part of the lab's work as reverse engineering using 3D digitizing.
Focal points:
- Digitizing and reverse engineering
- 3D coordinate measurements
- Material inspection
- CAD/CAM and NC simulation
- Machine diagnostics
Task areas:
- 3- and 5-axis simultaneous machining milling
- Machining of complex turned parts
- Tool management and tool presetting
- Vibration studies on machine tools
- Measuring CNC axes on machine tools
- Measuring workpieces
- Determining form and position deviations
- Digitizing surfaces
- Material analysis
- Hardness testing
- Tensile, compression and flexure testing
Equipment:
- X-ray Diffractometer: XRD D6 Phaser by Bruker
- Powder Morphology Analysis: Morphologi G3S
- Particle Size Distribution: Analytical Sieve Shaker, RX-29-10 CE 230V
- Density Measurement: Sartorius Precision Balance
- X-ray Fluorescence Spectrometer: Fischerscope XAN-FD XRF
- Optical Emission Spectrometer (Spark Spectrometer): SPECTROMAXx
- Tensile and Compression Testing Machines: Zwick/Roell Z250
- Microhardness Tester: Qness Q10M
- CCD Spectrometer for Metal Analysis: SPECTRO SPECTROMAXx
- Measuring Microscope: OLYMPUS STM-UM
- Stereomicroscope: WILD M3Z
- Photomacroscope: WILD M400
- 3D Coordinate Measuring Machine (CMM): ZEISS CONTURA HTG 7/10/6 RDS
- Optical 3D Digitiser: GOM ATOS II Triple Scan
- Form and Position Measuring Instrument: Mitutoyo Roundtest RA-2100DH
- Contour Measuring Instrument: Mitutoyo Contracer CV-3200H4
- 2D Height Gauge: Mitutoyo Linear Height LH-600E
- Surface Measuring Instrument: Mahr MarSurf M 300 C + RD 18 C
- Surface Roughness Tester (Reference Plane System): Mitutoyo SJ-410
- Multisensor Coordinate Measuring Machine: Werth ScopeCheck 300/S/Z
- Profile Projector: TESASCOPE 300V
- Measuring Microscope: OLYMPUS STM-UM
- Laser Interferometer: Renishaw XL80
- Surface Measuring Instrument: Mahr MarSurf M 300 C + RD 18 C
- Surface Measuring Instrument: Mitutoyo SURFTEST SJ-410
- Optical 3D Digitiser: GOM ATOS II Triple Scan - ~3–10 µm detail resolution
- Form and Surface Characterisation System: Alicona InfiniteFocus SL - ~0.5 µm detail resolution
- Software: ZEISS Reverse Engineering
- Metal 3D Printer (PBF-LB/M): ONE CLICK METAL
- CAM Simulation Software: hyperMILL
- 5-Axis Milling Centre: HERMLE C 40 U
- Tool Presetting Device: ZOLLER smile 400
- Turning and Milling Centre: OKUMA MULTUS B200-W 750
- 2-Axis Flatbed Laser System for Engraving, Marking and Cutting: Speedy 300 by trotec
- 5-Axis Laser Machining System: microSTRUCTvario by 3DMICROMAC
- Cycle-Controlled Lathe: KERN CD 402M
- MIG/MAG Welding Unit: Fronius TPS 500i PULSE
- TIG Welding Unit: Fronius MagicWave 3000 Comfort
- Portable MMA (Manual Metal Arc) Power Source: Fronius TransPocket 2500
- Plasma Cutting System: Hypertherm Powermax85
- Guillotine Shear: HESSE MTS 1100x4
- Folding Machine (Swing Bending Machine): SCHRÖDER ASK II 1000
- Profile Bending Device: GRESSEL HB 14
- Grinding Station: WASU BS 65
- Column Drilling Machine: STRANDS S28
- Bench Drilling Machine: ALZMETALL AX 2-T/S
- Bench Drilling Machine: MAXION ECOMAX 14
- Band Saw: KASTOcut E 2
- Circular Saw: METORA MKS 100 P
- Lathe: WEILER Praktikant VCPlus WTS
- Lathe: WEILER Condor VS 1
- Milling Machine: FPS DECKEL FP4M
- Milling Machine: DECKEL FP2
Contact Mechanical Lab:
Energy Lab
The Energy Lab is a learning laboratory used as part of courses and projects in the master's degree programme Sustainable Energy Systems.
Focal point:
- Experiments in the field of energy and fuel technology
Equipment:
- Water Turbine Test Stand (Gunt, HM 150 – Base Module, Francis and Pelton Turbine)
-
PV Measurement Module (Keithley SourceMeter 2602B)
-
Solar Simulator (ISOSun Solar Simulator)
-
Refrigeration Cycle Trainer (Gunt, ET350)
-
Fuel Cell Set (Hydro-Genius Prof. Complete PEM)
-
Calorimeter for Fuels (IKA C 200 Calorimeter System)
-
Briquetting Press (SER-683000, C21)
-
Laboratory Cutting Mill (SM 100)
-
Precision Balance (XA 204 DR)
-
Drying Oven (Model ED 56)
Contact Energy Lab: