ElbaTech Srl

Casa
Italia
Marciana
ElbaTech Srl

Elbatech srl - via Roma 10 - 57030 Marciana (LI)
P.IVA e CF 01298060490 Cap Soc 10.400
CCIAA REA LI Many of our customers become collaborators.

is a private Company, founded at the end of '99, in Marciana (LI), via Roma, 10. Elbatech owners, operating completely in Company activities, are: Dr. Ing. Marco Sartore, dealing with the design and realization of electronic equipment, analog and digital electronics, firmware, software and board design, Dr. Ing. Manuela Adami, dealing with sensing and biosensing systems, bioelectronics a

nd system design in general and Mr. Riccardo Galletti, dealing with software tools for driving equipments and data processing. The Company has the possibility to use other collaborators, with mechanical/technical. ElbaTech is a small high-tech Company operating in the fields of electronics and general innovation, able to provide products and systems responding to the highest standards. Elbatech systems design and develop solutions for environmental monitoring (cameras and nets for wildlife monitoring), sensors for monitoring of water, air and earth (temperature, salinity, humidity, pressure, pollution). Founded by a group of researchers dealing with front-end aspects, the Company offers solutions steming from a wide spectrum of knowledges. Elbatech's staff often attends to seminars and workshops, with contributions to poster and/or oral session. Sometimes, ElbaTech's products are presented during demo sessions in university courses or lessons. As a peculiar and distinctive aspect, Elbatech designs and manufactures its products on the basis of an extensive catalog of precision instrumentation, often incorporating add-ons, modifications and optional on direct customer and / or end user specifications. This is possible only on the basis of that Elbatech takes care fully of all phases and aspects of design, engineering and production: www.elbatech.it

15/03/2026

Ieri l'insediamento ufficiale nel nuovo laboratorio, grazie a tutti quelli che ci sono venuti a trovare....

06/03/2026

Elettronica sviluppata in collaborazione con il del (Dipartimento di Informatica, Bioingegneria, Robotica e Ingegneria dei Sistemi) dell'Università di Genova, nell'ambito del progetto europeo Sestosenso (Physical Cognition for Intelligent Control and Safe Human-Robot Interaction)

una nuova tecnologia di rilevamento, dall'hardware fino ai livelli di percezione e controllo cognitivo, basata su reti di sensori di prossimità e tattili integrati nel corpo del robot, che forniscono una percezione tattile unificata dell'ambiente, necessaria per controllare le azioni e le interazioni del robot in modo sicuro e autonomo.

: Design, Implementation and Testing of a Multi-Modal Skin for Human–Robot Interaction

03/03/2026

Il nostro nuovo lab 2.0

09/02/2026

Realizzazione per l'Istituto di del di Genova di uno strumento di pilotaggio della "Camera di ":

La camera di Ussing è uno strumento di laboratorio utilizzato in fisiologia per misurare le proprietà elettrofisiologiche e di trasporto dei tessuti epiteliali (come la mucosa intestinale, respiratoria o la pelle). Inventata dal fisiologo danese Hans Ussing negli anni '50, è diventata lo standard per studiare come ioni, nutrienti e farmaci attraversano le barriere biologiche.

26/01/2026

Work in Progress....

08/01/2026

Our Poster at 5th European Symposium to be held the 26th-29th October 2025 in , Spain. Development of a novel -D instrumentation for affinity sensing by bioinspired Molecular Imprinted Polymers (MIP) for IgG detection in serum

23/12/2025

🧑‍💻👨🏻‍💻🪫💻🧑‍💻👨🏻‍💻🪫💻🧑‍💻👨🏻‍💻🪫💻🧑‍💻👨🏻‍💻🪫💻
E' stato un 2025 di successi, dalla nuova Nanobilancia in test presso l'Università di Pisa al progetto Acustofluid presso l'Università della Costa Azzurra, agli Amplificatori ad Alta Tensione spediti presso il Bureau International des Poids et Mesures (BIPM) e presso Indian Institute of Technology (Kanpur), la partecipazione tecnologica al progetto T.H.E (TuscanyHealthEcosystem), il rinnovato impegno come partner tecnologico del DIBRIS di Genova e il progetto SENSAIR - Gas SENSing solutions for smart AIR monitoring applications all'ENEA. Nel mezzo la sinergia con le scuole sia ad ospitare PCTO che come Esperti Esterni nella didattica, la collaborazione con il Parco Nazionale e con Greenpeace per i monitoraggi del mare. Con questo entusiasmo siamo pronti a ripartire nel 2026 e nel frattempo 🎅🧑‍🎄🎄🎁
Auguriamo Buone Feste a Tutti 🎅🧑‍🎄🎄🎁
ElbaTech Srl (Manuela, Marco e Riccardo)

01/11/2025

https://www.elbareport.it/scienza-ambiente/item/76390-contributo-elbano-alla-ricerca-nell%E2%80%99ambito-del-progetto-the-tuscany-health-ecosystem

Il progetto Tuscany Health Ecosystem (THE) mira a fare della Toscana la “regione della salute” spingendo la ricerca per far crescere le tecnologie ded...

31/10/2025

Presentazione alla Stazione Leopolda di Firenze del nostro contributo al progetto “Tuscany Health Ecosystem”, THE

LPA – STAR
Laser-Plasma Acceleration – STAbilization for Radiotherapy

Laser-plasma accelerators (LPAs) can generate high-quality electron beams in compact, fully optical setups, with promising applications in radiotherapy. However, beam stability is limited by laser pointing fluctuations at various timescales, caused by thermal drifts, air currents, and mechanical vibrations. These instabilities affect the reproducibility of electron generation and must be mitigated to meet clinical standards, which require dose uncertainties below 5–7% and spatial accuracy in the millimeter range. We propose a compact, vacuum-compatible system for active beam stabilization based on diagnostics performed on a replica of the main laser beam. Installed near the laser-plasma interaction point, the system enables real-time measurement of laser position and direction at focus using cameras and Position-Sensitive Detectors (PSDs). Fast-processing electronics drive feedback to the final steering mirrors, suppressing high-frequency jitter. This approach aims to enhance LPA stability and support its transition
toward medical applications

13/10/2025

Design and development of electronics and measuring chambers for "project SENSAIR Gas SENSing solutions for smart AIR monitoring applications"

02/10/2025

Partner Tecnico dell'operazione

https://www.elbareport.it/scienza-ambiente/item/75866-nuovi-strumenti-subacquei-nel-mare-di-capraia-per-studiare-cambiamento-climatico-e-i-cetacei

03/09/2025

Sent to - Department of Informatics, , and Genova our new

The AMP-70A is an outstanding wide-bandwidth amplifier designed with the Rowland Institute at Harward, capable to drive piezoelectric transducers and other capacitive loads up to 1kVpp (+/-500V) at frequencies up to 1MHz. Its high voltage performances combine with a very low-noise level to provide clean sinusoidal waveforms at the output. The device embeds
an output L-C resonant topology with the possibility of fine-tuning the resonance frequency. The output and the monitor signals are fully decoupled with respect to the system and input ground, featuring a perfect set-up in conjunction with signal acquisition circuitry.

Indirizzo

Via Roma 10
Marciana
57030

Sito Web

http://www.elbatech.com/

Notifiche

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