R&D

Research and Development

DASEL dedicates great effort in R&D with the objective of improving and adapting its products to the needs of its customers.

 

DASEL has a R&D department as well as a laboratory where the final assembly, the verification and the calibration of the manufactured systems is carried out. But most of the DASEL R&D needs are covered by research contracts agreed with the Spanish National Research Council (CSIC) and several Spanish Universities and Research Centers.

 

With these projects, DASEL receives the scientific knowledge and takes over the complementary tests of engineering, final product design, commercialization and maintenance. On the other hand, the proximity of DASEL to the specific needs of its customers, together with the deep knowledge of the technology, opens new opportunities to start new projects, which are frequently undertaken in cooperation under R&D contracts. This way, the joint ultrasound skills of the CSIC and DASEL, has allowed to tackle many NDT problems from an innovative and original point of view. The result is the development of a high-performance technology with modular and reconfigurable design, which allows solving problems that stay out of the possibilities of competitors.

 

The consolidated relationship between CSIC and DASEL provides a permanent guarantee that will continue its research and innovation activities to get improved NDT systems and methods in the future, keeping the technology at the state-of the art. This has been the pathway followed by the two institutions along their history.

 1

 

 

To keep its technology up-to-date, DASEL has an active policy of participation in European R&D proyects.

 

 

2

Grant Agreement: 315130 CHAPLIN: The overall

aim of CHAPLIN is to develop a cost-effective inspection of high power overhead transmission line cables.

 

2

 

Grant Agreement: 314913. SkinDetectorApplication

of the innovative data fusion based noninvasive

approach for management of the

diabetes mellitus.

2

 

. EUROSTARS E!6771, SAPHARI. Synthetic aperture

and phase coherence for ultrasound images

 

 

3

 

DOOME, guided wave technologies for the monitoring

of critical structures.

 

 

4

 

HANDY, Portable System platform, open development

platform for integrating various technologies

 

 

 

5

Artemis Project (Advanced real time multimodality

medical imaging

 

3

 

PET 2008_0116_01 DIFRASCOPE.Ultra-compact multichannel system for

ultrasonic weld inspection, TOFD based technology.

2009

 

6

 

PIE 306/2009 Development FOCAL-SIM tool for

the calculation and simulation of focal laws, applied

to the design of Phased Array inspections

 

 

 

 

6

 

PIE 611/2008, Ultrasonic flaw detector by time of flight diffraction.

6

 

INN0 129-2008.- Conceptual design and technical

development  Ultrasonic technology SITAU,

4

New protocols for the industrial application of

SENDAS and AMPLIA technologies.

7

Design of Non-Destructive-Evaluation applications

and systems. Nยบ IDI 2006 0651, founded by

CDTI for the consolidation of the company DASEL

 

 

Research and Development

Industrial Scanners

Aerospace Inspection Solutions

Flaw Detectors

Ultrasonic Flaw Detectors

Phased Array

Guided Wave

Pulser-Receivers

Integrated Inspection Systems

Bar Inspection Systems

Tube Inspection Systems

NDT Systems Instrumentation

 

 

 

 

Advanced NDT applications

GLASSFIBER BROKEN FIBERS

GLASSFIBER UNBOND

RAILWAY STEEL BOLTS

CASTING INCLUSIONS

AUTOMOTIVE NODULARITY

Applications

Application Notes

Applications Support

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