PUBLICATIONS/NEWS

A big step towards improving the quality of the Laser Metal Deposition process

The starting gun for the BigDataLMD project to co-develop a cloud-based quality assurance tool for Laser Metal Deposition (LMD) has been fired!

Presentation by APOLLO-CLAD LASER CLADDING (Dr. Gentry Wood) at WELDING INDUSTRY DAY

‘Closed-Loop Feedback Control of Pool Width in Industrial Scale Directed Energy Deposition’, Welding Industry Day (2020)

This presentation focuses on the work of Apollo-Clad Laser Cladding in using CLAMIR to closed-loop feedback control the width of a deposited bead for additive manufacturing using DED tech.

Youtube

Presentation by APOLLO-CLAD LASER CLADDING (Dr. Gentry Wood) at WELDING INDUSTRY DAY

‘Closed-Loop Feedback Control of Pool Width in Industrial Scale Directed Energy Deposition’, Welding Industry Day (2020)

This presentation focuses on the work of Apollo-Clad Laser Cladding in using CLAMIR to closed-loop feedback control the width of a deposited bead for additive manufacturing using DED tech.

Youtube

CLAMIR 精确控制先进的激光制造工艺

Laser Focus World China (Pennwell) (2019, 3/4)

Author: Arturo Baldasano

Article published in the Chinese edition of the prestigious magazine Laser Focus World with a technical review of CLAMIR

Article published only in Chinese language

PDF

Quality assurance tool for Laser Metal Deposition wins EU innovation award

Metal AM (Inovar Communications Ltd) (Vol. 5, No. 1, Spring 2019)

Article published in the prestigious magazine Metal AM referring the Innovation Radar prize awarded to CLAMIR

HTML | PDF (page 89)

CLAMIR precisely controls advanced laser manufacturing processes

Laser Focus World (Pennwell) (January 2019, Vol. 55, No. 1)

Author: Arturo Baldasano (edited by John Wallace)

Article published in the prestigious magazine Laser Focus World with a technical review of CLAMIR

HTML | PDF

Europe awards the Additive Manufacturing ‘made in Spain’

El Economista (printed edition)

Author: Yago Gantes

A Spanish company releases a product to improve the production and increase the throughput

Published only in Spanish language

Link to the news (Spanish only)

New Infrared Technologies awarded with the Innovation Radar Prize 2018 – ‘Industrial & Enabling Tech’ category

New Infrared Technologies (NIT) has been awarded with the Innovation Radar Prize 2018, category ‘Industrial & Enabling Tech’. This prize category aims to recognize new technologies and components, developed with EU-funding, that have industrial relevance and/or potential to enable the emergence of new applications.

Link to the post

CLAMIR – Interview of José Pozo (EPIC) during LASYS 2018

EPIC meets New Infrared Technologies at LASYS 2018

Author: EPIC – European Photonics Industry Consortium

Mr. Rodrigo Linares, Business Development Manager, presents CLAMIR

Link to the original video (Youtube)

CLAMIR process control system from NIT powers up LMD/DED 3D printing

3D Printing Media Network

Author: Davide Sher

Article published in the online magazine 3D Printing Media Network with a technical review of CLAMIR

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CLAMIR – Interview at DVS-TV during Schweissen & Schneiden 2017

DVS-TV, 2 special edition from the Schweissen & Schneiden 2017

Mr. Rodrigo Linares, Business Development Manager, presents CLAMIR

Link to the original video (DVS) | Link to the original video (Youtube)

Monitoring and Controlling of 3D Metal Printing Process

Auto-Control Magazine, June 2017

Author: Un-Hyong Baek (ELMO TRADING, South Korea)

Article published in the magazine Auto-Control with a complete technical review of the system CLAMIR

Article published exclusively in Korean language

PDF

2017-02_OSA_AimenILT_Paper_submission_thumbnail_Page_1

Uncooled MWIR PbSe technology outperforms CMOS in RT closed-loop control and monitoring of laser processing

Authors: Fraunhofer ILT (Aachen, Gemany), AIMEN Laser Applications Center (O Porriño, Spain)

Abstract: We report novel findings in the field of real time closed-loop control and monitoring of laser processing. Using a novel coaxial multispectral imaging system, we compare the performance of uncooled MWIR PbSe sensors to visible CMOS sensors. Comparison is performed in two different tasks: closed-loop control of laser cladding and monitoring of laser welding. In both cases, PbSe imagers show a clear advantage in terms of reliability and accuracy as for the performance achieved using the same state-of-the-art processing algorithms on images acquired simultaneously during the same laser processing trials.

Paper accepted by OSA for publication (June 2017)

PDF (OSA paper + CLAMIR specifications)

A giant achievement for 3D printing

Expansión Economía Digital. Written by E.A.

A new technology developed by NIT solves one of the main challenges in Additive Manufacturing

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What is not measured cannot be controlled and what is not controlled cannot be improved

micin-financiadoUEnextgeneration-prtr-aei

New Infrared Technologies, within the framework of the ICEX Next Program, has had the support of ICEX and the co-financing of the European FEDER fund. The purpose of this support is to contribute to the international development of the company and its environment.