Composed of:

• Autoclave CORTEST: 2.2L stainless steel/teflon autoclave , PID programmer, max. temperature 304°C, max. pressure 250 atm., possibility to work under inert gas atmosphere, electrodes system (working electrode, counter-electrode and reference electrode) connected at potentiostat/galvanostat Radiometer PGZ100.
• Autoclave SAM: 1L (1 piece) and 2L (2 pieces) stainless steel/teflon autoclave, PID programmer, max temperature 300°C, max. pressure 250 atm., possibility to work under inert gas atmosphere;
• Potentiostat / Galvanostat Radiometer PGZ100 / Voltalab 10 and Booster Radiometer
• RAMAN spectrometer, may be coupled to laboratory autoclaves for nanoparticle synthesis, to monitor the hydrothermal/solvothermal process kinetics and its optimization

Consists of a 50 l glass cascade reactor complex, Bibi Stirling D4000 distiller, Direct Q3 UV Ultra Pure Water System, pH Meter / Computerized Conductivity Meter Jenway 4330, high-capacity electronic agitators, filtration systems, vacuum pumps.

• KW-4A laboratory spin coating apparatus;
• oven with digital programmer, CARBOLITE, 1700°C;
• laboratory oven, MHI, 1760°C, controlled atmosphere;
• Memmert TWW-UFE 400 programmable oven;
• freeze ALPHA 1-2 LO plus
• granulator powders;
• homogenizer powders;
• ball mills.

• Differential scanning calorimeter Neztsch DSC F3 Maia;
• UV-VIS PG Instruments T90 + spectrometer
• FT-IR spectrometer, ABB MB 3000
• Zetaseizer ZS90 laser and zetapotential granulometer;
• equipment for contact angle determination Drop Shape Analyzer DSA100, KRÜSS
• Scratch tester with AFM mode, NANOVEA
• SV-10 viscometer, with vibration
• refractometer KRUSS
• laminar flow niche FASTER TWO 30

• 3D Printer Bioplotter ENVISIOTEC; rapid prototyping from thermoplastic melts up to 250°C (PCL, PLLA, PGLA), from hydrogels (agar, gelatin, collagen, chitosan), from two component systems (alginate, fibrin), from ceramic pastes (hydroxyapatite, tricalcium phosphate), metal paste (titanium) or other materials (polyurethane, silicone, acrylate, graphene, etc.), 2 printheads, 0.001 mm resolution, pressure regulator, needle calibration device, 260x220x80 mm
• 3D Printer Bioscaffolder SYSENG; rapid prototyping of pastes at low temperature, 200x200x50 mm
• 3D Printer M200 ZORTRAX; 1.75 mm plastic wire extrusion, 200x200x100 mm
• Planetary Centrifugal Mixer ARE 250 THINKY; mixing, dispersion and deaeration of various materials, 24-300 mL, 200-2000 rpm, 10 sec-30 min
• Syringe Charger THINKY ARC-40H; simultaneously fill 4 syringes of 10 mL
• Viscometer B-ONE Puls

MX-Lab InssTek 3D printer for metal powders

• DMT Module (SDM400 with laser beam diameter: 400μm; 1 Vision Feedback System);
• 300W Ytterbium Fiber Laser (wavelength 1.07μm);
• 3-Axis XYZ Linear Motion System (150 x 150 x 150 mm);
• CVM Powder Feeding System with 2 hoppers;
• Water cooling system.

Software:

• MX-Lab OS (equipment operating system);
• InssTek MiXO;
• InssTek Material Designer.

The Micromeritics® TriStar II Plus is a fully automated surface and porosity analyzer that provides rapid analysis with high accuracy. The equipment is equipped with three measurement stations (3 determinations can be made simultaneously), which increases the speed and efficiency of routine quality control analyses.

The BET equipment allows the measurement of the BET specific surface area, Langmuir surface area, specific pore surface area by BJH adsorption, respectively BJH desorption, total pore volume, average pore diameter, average particle size, specific micropore surface area, cumulative pore volume, as well as graphical representation of the 5 adsorption isotherms.

The BET analyzer is accompanied by a sample preparation device (degasser for removing substances that could contaminate the sample) VacPrep 061, equipped with 6 degassing stations (for simultaneous degassing of 6 cells with samples).

Features and Benefits:

The TriStar II Plus provides an efficient, high-capacity system with three sample ports operating simultaneously and independently, operated by a single computer.

Specific surface areas down to 0.01 m²/g can be measured with the standard nitrogen system.

The TriStar II Plus can perform BET analysis with a variety of adsorbates, including argon, carbon dioxide, and other non-corrosive gases such as butane, methane, and other light hydrocarbons.

Pore volume: from 4 · 10^-6 cm³/g