Olympus BX Series confocal optical microscope with objectives: 10x/0.25 NA (WD 10.6 mm), 50x/0.75 NA (WD 0.38 mm), 50x/0.5 NA Long working Distance, WD 10 mm 100x/0.90 NA (WD 0.21 mm); multiple laser sources: 638 nm (46 mW) and 785 nm (73 mW) diode lasers with automatic switching; density filters (0.007%–100%) for precise control of excitation power; dedicated Edge filters for each laser line; four motorized diffraction gratings (600, 1200, 1800, and 2400 gr/mm); adjustable confocal system; spectral resolution up to 1.4 cm^-1 (2400 gr/mm grating); high-precision lateral (x,y) and axial (z) resolution (for 638–785 nm lasers, 100× objective); fully automated system for laser, grating, and filter switching; capable of acquiring spectra from solid, liquid, and biological samples.  

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Acoustic technology system including QE 401 electronic unit, QCP 101 chamber platform, QFM 401 flow module, QWM 401 window module, and QSoft401 acquisition software; sensor consists of an AT-cut quartz crystal coated with a 100 nm gold film; high sensitivity, with a frequency measurement precision below 0.1 Hz; QFM 401 module enables viscoelastic measurements in the 20–120 °C range, with a precision of ±0.02 °C; the system is connected to a Masterflex peristaltic pump, which provides adjustable flow rates between 1 and 1400 µL/min; the QWM 401 module, equipped with a sapphire window, allows spectroscopic or microscopic measurements to be performed simultaneously with QCM-D analyses, at temperatures up to 80 °C; the detection range is ~1 Å to 1 um, depending on the layer properties 

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TI2-E Inverted Microscope (Nikon) with NIS Elements imaging software; two re-scanning units for the Near Infrared wavelength range with spatial resolution of 240 nm (RCM-NIR) and for visible wavelength range with spatial resolution of 170 nm (RCM-VIS), respectively; RCM-NIR unit is equiped with laser diodes at 640 and 785 nm and Hamamtsu Orca Flash 4.0 v3 CCD camera; RCM-VIS unit is equiped with laser diode at 488 nm and PCO EDGE 4.2 CCD camera; epi-fluorescence extension with LED sources and filters: white LED, DAPI - DAPI-50LP filter, FITC - FITC-3540C filter, MCHERRY-40LP filter, LED - LED-Cy5 filter; objectives: CFI Plan Apochromat Lambda 10x, CFI Plan Apochromat Lambda 20x, PA L 40x, CFI Plan Apochromat Lambda 60x Oil, CFI Plan Apochromat Lambda 100x Oil.

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Wavelength range: 163 – 950 nm; equipped with a Peltier thermostat; temperature range: 0–100 °C; temperature sensitivity: 0.02–10 °C; selectable scan speed: 1 – 5000 nm/min; wavelength accuracy: ±0.1 nm from 163 to 250 nm, ±0.2 nm from 250 to 500 nm, ±0.5 nm from 500 to 800 nm, ±1.5 nm from 800 to 1200 nm; absorbance, CD, and LD measurements; xenon lamp for wavelength accuracy control; standard detector: photomultiplier tube (PMT); automatic accessory recognition system; secondary structure estimation by PCR or PLS; control software: Spectra Manager (JASCO)

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• high sensitivity S/N > 2,500 (RMS)
• high-speed scanning up to 120,000 nm/min emission
• resolution: 1 nm for both excitation and emission
• accessory: integrating sphere (ILF-835)

Element of UBBr - Platform: Strategic Research Infrastructure  - details (RO), details (EN)

Operating modes: absorption, transmission; Spectral range: 190 - 1100 nm; Double beam; Single monochromator; Light sources: deuterium lamp for UV range (190 - 350 nm), halogen lamp for VIS range (330 - 1100 nm).

Operating modes: absorption, transmission, reflectivity; Spectral range: 190 - 2700 nm; Peltier temperature control system with temperature range: -10 - 110°C; Light sources: deuterium lamp (190 - 350 nm), halogen lamp (330 - 2700 nm); Diffraction grating with 1200 lines/mm (UV-Vis) and 300 lines/mm (NIR);

Operating modes: absorption, transmission, reflectivity; Spectral range: 190 - 1100 nm; Double beam, single monochromator with a 1200 grooves/mm concave grating and modified Rowland mount; Light sources: deuterium lamp for UV range (190 - 350 nm), halogen lamp for VIS range (330 - 1100 nm)

All listed systems are portable laser modules from Coherent, operating in continuous-wave (CW) mode. Each laser is mounted on a heat sink and powered via an OBIS LX/LS Single Laser Remote, enabling flexible power control through USB connectivity.

• OBIS LS 458nm:  Wavelength: 458 nm; Beam diameter: 0.6-0.8 mm; Maximum power: 365 mW
• OBIS LS 488 nm:  Wavelength: 488 nm; Beam diameter: 0.6-0.8 mm; Maximum power: 200 mW
• OBIS LS 532 nm:  Wavelength: 532 nm; Beam diameter: 0.6-0.8 mm; Maximum power: 200 mW
• OBIS LS 561 nm:  Wavelength: 561 nm; Beam diameter: 0.6-0.8 mm; Maximum power: 200 mW
• OBIS LX 685 nm:  Wavelength: 685 nm; Beam diameter: 0.8 mm; Maximum power: 40 mW
• OBIS LX 730 nm:  Wavelength: 730 nm; Beam diameter: 0.8 mm; Maximum power: 30 mW
• OBIS LX 980 nm:  Wavelength: 980 nm; Beam diameter: 0.6 mm; Maximum power: 150 mW

All listed devices are portable high-power LED modules from Thorlabs. Each LED is connected to a LEDD1B driver for adjustable output power. A collimator can be attached to shape and control the emitted beam.

• M365L2-C4 LED: Wavelength: 365 nm; Maximum power: 80 mW; Beam diameter: 44 mm
• M405L3-C4 LED: Wavelength: 405 nm; Maximum power: 600 mW; Beam diameter: 44 mm
• M455L4-C4 LED: Wavelength: 455 nm; Maximum power: 690 mW; Beam diameter: 44 mm
• M505L4-C4 LED: Wavelength: 505 nm; Maximum power: 240 mW; Beam diameter: 44 mm
• M530L4-C4 LED: Wavelength: 530 nm; Maximum power: 220 mW; Beam diameter: 44 mm
• M660L3-C4 LED: Wavelength: 660 nm; Maximum power: 420 mW; Beam diameter: 44 mm
• M780LP1 LED: Wavelength: 780 nm; Maximum power: 950 mW
• M850L3-C4 LED: Wavelength: 850 nm; Maximum power: 400 mW; Beam diameter: 44 mm
• M970L4 LED: Wavelength: 970 nm; Maximum power: 720 mW
• M1100L1 LED: Wavelength: 1100 nm; Maximum power: 252 mW

• epifluorescence attachment (EFA-383)
• high sensitivity cell holder ( FHM-440)
• solid sample attachement (FDA 430)
• liquid phosphorescence measuring cell (LPH-120)
• solid phosphorescence measuring cell (SPH- 130)
• fluorescence polarization measurement unit (APH- 103)

• Operating modes: absorption, transmission, reflectivity;
• USB-LS-450 Pulsed Blue LED Module
• Spectral range: 200 - 850 nm
• Single optical fiber with core diameter of 100 micrometers for transmission and absorption
• Double optical fiber with core diameter of 200 micrometeres for reflectivity measurements

- High sensitivity 200 TEC BW16 SILVER-Nova spectrometer with 200um slit installed; SL1-LED excitation source (LED-Kit with  6 LEDs for390nm, 470nm, 502nm, 590nm, 660nm, and white; LED-UV-KIT with 3 UV LED’s: 295nm, 345nm, and 365nm); CUV-F fluorescence cuvette holder that includes a F600-Y-VISNIR fiber optic cable; SpectraWiz Spectroscopy Software

Laser diode at 532 nm; detection range: 150-4000 cm^-1; Integration Time: 8 ms – 3600s; Optical resolution 14 cm^-1 FWHM

Laser diode at 638 nm; detection range: 150-2800 cm^-1; integration Time: 8 ms – 3600s; optical resolution 14 cm^-1 FWHM

Measures the rolling time of a ball through transparent and opaque liquids according to Hoeppler's falling ball principle. Measurement requires only 400 µL sample volume. Results are given as relative, kinematic or dynamic viscosity. 

Equipped with a laser probe SL1 (single laser beam) with an 808 nm diode (SL1-808-500). Output power: 0 – 550 mW Max. Pulse frequency: 0 Hz – 5.55 KHz Max.

Infrared radiation penetrates deep into tissues, where the light energy is absorbed and transformed into biochemical energy.

Calculates the surface temperature based on the emitted infrared energy of objects providing real-time thermographic images in high speed; Equipped with an O38 standard lens and Optris PI Connect software; Optical resolution 382 x 288 Pixel; Spectral range 7,5 - 13 µm; Temperature range -20 to 900 °C; 

Portable and programmable unit for various processes such as coating, etching, cleaning, developing, and rising/drying; Maximum speed: 8000 RPM; Digital Process Controller: twenty programs, 51 steps each; Corrosion-proof configuration – no exposed metal to acids or bases

Easy removal of organic contaminations on the substrate that could not be removed by ultrasonic cleaning alone; Removal of the organic solvent used in wet cleaning; Possibility of removing organic contaminations without damaging the substrate surface; Unique sample stages that allow for 360 degree sample access and thin or tall samples; Powerful High Density Deep UV Quartz Grid Lamps

• dip coating unit with infrared dryer has both manual as well as PC mode.
• stole length max: 150 mm; drawing speed min: 18 micron/sec; drawing speed max: 9000 micron/sec; program memory: 8 programs; max temperature 200 °C; max substrate size 75 mm x 25 mm.