CEDRAT TECHNOLOGIES is involved in several national or international collaborative projects like FP7, Eureka, FUI, ANR and so on.
We bring to the consortiums our engineering skills on mechatronic, piezoelectricity, electromagnetism, magnetostrictive and so on. In the same time this fruitfull collaborations with industrial and a academic partners allows us to overcome technical limitations and develops innovative products or building blocks.
You will find here some examples on representative and interresting projects:
SONO“R”US : Machine for Microparts Moulding based on UltraSound Excitation
|
| Description: |
The aim of SONO“R”US is to allow redefining some of the key features of the prototype developed under the Sonoplast project. The result will be a ready-to-market micromoulding machine that represents flexible, reliable and cost efficiency solutions for producing complex shaped and functional ?-parts. |
|
| Applications: |
Ultrasonic transducer ; Piezoelectric ; Magnetostrictive ;Micro injection, moulding machine, polymere, micro-part, European FP7 project |
| Status: |
Concept |
|
SONO : A pilot line of antibacterial medical textiles based on a sonochemical process
|
| Description: |
The SONO project aims at developing a pilot line of antibacterial and antifungal medical textiles based on a sonochemical process patented at BIU laboratories. CEDRAT TECHNOLOGIES will develop the mechatronic hardware for this pilot line including the transducers. |
|
| Applications: |
Ultrasonic transducer ; Piezoelectric ; Magnetostrictive ; Sonochemical reactor ; medical textile |
| Status: |
Concept |
|
Projet Avibus: Assistance Vibratoire au Perçage par Actionneurs Piézoélectriques
|
| Description: |
Le projet de R&D AVIBUS (Assistance Vibratoire au Perçage par Actionneurs Piézoélectriques) coordonné par Cedrat Technologies a pour objectif de développer des porte-outils vibrants, actifs, auto adaptatifs, destinés au perçage de différents matériaux, ainsi que les procédés associés. |
|
| Applications: |
Machine-outil ; Robot ; Porte-outil ; Piézoélectrique ; Assistance Vibratoire ; Perçage ; Multi-matériaux ; Acier Inox |
| Status: |
Concept |
|
WINTUR EC FP7 European R&D project : Energy havesting on Wind turbine blades
|
| Description: |
WINTUR=will develop new technology to continuously monitor off and onshore wind turbine blades using energy harvesting technology; The project involves TWI, Optel, Smart Material, CEDRAT Technologies, Estonian Wind Power Assoc.,
Wintur, Solent Composite, BCF, Southern & Scottish Energy, Zenon, KTU.
|
|
| Applications: |
Energy harvesting; piezo generator ; sensor ; health monitoring ; Wind turbine |
| Status: |
Concept |
|
CHAMELEON European Project for Adaptive Machine Tool
|
| Description: |
The goal of CHAMELEON FP7 project is to develop Production Dependent Adaptive Machine Tool. The main idea is to equip machine-tools with a variety of active intelligent devices, allowing to change the overall configuration and performances. |
|
| Applications: |
Adaptive Machine Tool ; vibration control ; ultrasonic assistance ; drilling ; milling |
| Status: |
Concept |
|
SONOPLAST European project for ultrasonic assistance in micro-manufacturing
|
| Description: |
The goal of Sonoplast FP7 project is to develop an innovative process using ultrasound for polymere micro injections, in order to manufacture high precision micro-parts (<10gr). Cedrat is in charge of ultrasonics. http://www.sonoplast.eu
|
|
| Applications: |
Micro injection, molding machine, polymere, micro-part, European FP7 project |
| Status: |
Prototype |
