SIESS is the online platform that contains the complete catalogue of scientific infrastructures and equipment in the Navarre R+D+i System (SINAI). This window of the SIESS shows a selection of specific tools for digital transformation.
Agilent 4200 TapeStation System
All in One PET Tracer synthesizer
BiPotentiostat/Galvanostat Dropsens
Clean room for micro and nano manufacturing
Covaris ML 230 Focused ultrasonicator
Deep reactive ion etching equipment
Differential Scanning Calorimeter
Electron beam physical deposition system
Experimental outdoor solar photovoltaic field
GreenLedger Platform - Blockchain Laboratory
High Performance Liquid Chromatography
Hign Frequency AC/DC Current Probe
Hiperespectral imaging cameras
HPC - High Performance Computing Solution for Navarra
INDOOR SOLAR COLLECTOR TESTBED
Lab Injection Moluding Machine BOY XSV
Multi Purpose Component Testing
Nanoparticle post treatment equipment
Ophthalmological surgery simulator
OPTICAL CHARACTERIZATION TESTBED FOR SOLAR RECEIVERS IN PARABOLIC-TROUGH COLLECTORS
OUTDOOR SOLAR COLLECTOR PERFORMANCE TESTBED
Pilot plant for separation-recycling of plastic films
Pilot plant for wastewater treatment
Pilot plant for working with "Good Manufacturing Practices (GMP)" according UNE-EN ISO 22716:2007
Plasma Immersion Ion Implanter
Potentiostat / Galvanostat / Impedance Analyzer Palmsens
RADIOMETRIC STANDARDS FOR CALIBRATING PYRANOMETERS AND PYRHELIOMETERS
RECEIVER TUBE AND MIRRORS INSPECTION DEVICE (ITR Plus)
RECEIVER TUBEINSPECTION DEVICE (ITR)
Screen rotary printing Unit Equipment
Semi-automatic Screen Printing
Sistema de adquisicion de datos
Sistemas de adquisición de datos
Static and dynamic mechanical load test bench
Test bench for testing wind turbine blades up to 75m long.
Test bench for testing wind turbine blades up to 75m long.
TESTBED FOR BELLOW FATIGUE TESTING OF SOLAR RECEIVERS IN PARABOLIC-TROUGH COLLECTORS
TESTBED FOR HYDROGEN PERMEATION TESTING OF SOLAR RECEIVERS IN PARABOLIC-TROUGH COLLECTORS
TESTBED FOR OVERHEATING AND THERMAL CYCLING TESTS OF SOLAR RECEIVERS IN PARABOLIC-TROUGH COLLECTORS