Electricity & Electronics Laboratory

Laboratory for electric and magnetic characterization of materials and prototypes. The lab counts of equipments to test the dependence of materials properties and prototypes with magnetic field, tension/deformation and temperature/humidity.

Lab. Manager

Post-Doctoral Researcher

Micro and Nano patterning, magnetic characterization, High frequency measurements, magnetic sensors, finite elements magnetic simulations.

Curriculum VitaeResearcherIDResearchGate

In case you want to do any measurement, indicate the requirements and measurement conditions. It´s use is subject to availability, most of the equipments are used in multifunctional materials characterizations.

Tabletop 3D printer with dual extrusion to print different materials (PLA / ABS / Nylon / PET-G / TPU / PVA) simultaneously. It has a maximum impression volume of 210mm x 297mm x 210mm, bed temperature of 100 C and hotends maximum temperature of 280C. The layer thinness goes from 0.05 mm up to 0.5 mm (depending on the nozzle diameter), and a Positioning resolution (X / Y / Z) of 12,5 µm / 12,5 µm / 1 µm.

BCN3D/ Sigma 2018

It can perform standard tensile, bending tests on materials, components, and structures. The maximum tension that can apply is 500N and has two load cells: 500N and 5 5 N. The flexion tests can be done in 3 or 4 points.

Shimadzu/ AGS-J 500N 2006

Enclosure to test the effects of temperature and humidity in materials and electronics. It has a volume of 224 L (600 x 535 x 700mm (WxDxH), with a temperature range of -40°C to +180°C and humidity of 10% to 98% in the range +5°C to +95°C.

Angelantoni Test technologies/ ACS CH250 2013

Automated experimental system for measuring magnetoelastic resonance from 10Hz up to 150 MHz and a field resolution up to 8 A/m and maximum magnetic field of 11 kA/m.