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Spin offs

INMA has a policy of favouring technology transference that includes the promotion of spin-offs creation based on technologies or knowledge carried out at the institute. INMA research staff has created 6 spin offs and is currently in the process of starting 2 new spin offs.

Nanoimmunotech is a nanobiotechnology company launched in 2009. It is focused on the synthesis/bioconjugation of nanomaterials and the development of nanobiosensors based on HEATSENS®️ technology.

nanoScale Biomagnetic is a company launched in 2008 and dedicated to develop instrumentation for magnetic nanoheating

Glasskin was created in 2020 being focused on the use of laser furnaces to improve and transform glass for different applications.

GPNT dedicated to the production and distribution of epitaxial graphene. It was launched in 2014 and suspended its activity in 2019.

CO2 Breakers S.L. was created in 2024 and is dedicated to environmental engineering by integrating innovative solutions that can contribute to halting climate change.

LLS. The technology combines lasers and industrial furnaces to provide precise thermal control and advanced surface treatments. It reduces energy consumption, CO2 emissions and improves the properties of materials, such as ceramics and glass, through laser polishing and nanostructuring.

NanoScale
Biomagnetics SL

DESCRIPTION: nB nanoScale Biomagnetics is a technology based company established in 2008 with the objective of giving an answer to the instrumentation needs of magnetic hyperthermia research and other applications of nanoHeating, the magnetic heating of nanomaterials.
nB’s main line of products, the D5 Series, is an immediate and reliable tool for nanoHeating research through all its stages: from magnetic characterization to clinical application.
Installed in laboratories in more than 20 countries across the globe, nB’s instruments have set a new quality standard on the industry, and lead the way to reliable, scalable and affordable instrumentation for nanoHeating.

ORIGIN: nB was launched at 2008 as a Spin-off of the University of Zaragoza resulting from the joint entrepreneurship venture of INMA’s researchers, Ricardo Ibarra and Gerardo Goya, and Engineer Nicolás Cassinelli (CEO).

ACTIVITY PERIOD: 2008 – 2023

COMPANY ADDRESS: Alaún 14, Nave 7, CP 50197, Zaragoza (Spain).

WEB PAGE: https://www.nbnanoscale.com

INMA ENTREPREUNERS:
Ricardo Ibarra: founder, INMA group: MAGNA
Gerardo Goya: founder, INMA group: MAGNA

HIGHLIGHTED COLLABORATION WITH INMA:
– [European Project: HOTZYMES; 2019-2022]: nB is a partner of the FET OPEN Project HOTZYMES that is coordinated by INMA researcher Valeria Grazú (INMA group: Bionanosurf).
– [European Project: TBMED; 2019-2022]: nB is a partner of TBMED H2020-NMBP Project in which the INMA researcher Raluca Fratila (INMA group: Bionanosurf) also participates as partner.
– [National Project: Nanoheat, 2018-2021]: nB was the leading partner of Nanoheat project (RTC-2017-6620-1) funded by MINECO, in which INMA researcher Gerardo Goya also participated as partner.
– [National Project: HelloKit, 2012-2014]: nB was the leading partner of HelloKit project (IPT-2012-0712-010000) funded by MINECO, in which INMA researchers Gerardo Goya and Jesús M de la Fuente also participated as partners.

NanoimmunotechSL

DESCRIPTION: NIT is a biotechnology company that develop not only solutions for the synthesis and bioconjugation of nanomaterials but also highly specific biosensors based on HEATSENS® technology. This biosensing technology is characterized by higher specificity, higher sensitivity and shorter analysis time, resulting in greater versatility and lower costs.

ORIGIN: NIT was launched at 2009 as a Spin-off of the University of Zaragoza and the University of Vigo, and as fruit of collaboration between researchers of both institutions on the frame of the CONSOLIDER INGENIO project Nanotechnologies for Applications in Biomedicine (NANOBIOMED). The company have received several awards (Fundación Genoma España, Programa Empresa Concepto, V Unimprendia, among others) that allowed to bring the seminal “Business idea” to life.

ACTIVITY PERIOD : 2009 – 2023

COMPANY ADDRESS: Edificio CITEXVI Fonte das Abelleiras s/n, Campus Universitario de Vigo, CP36310 Vigo ( Pontevedra, Spain)

WEB PAGE: https://www.nanoimmunotech.eu/en

INMA ENTREPREUNERS:
Ricardo Ibarra: founder, INMA group: MAGNA
Jesús Martínez de la Fuente: founder, INMA group: Bionanosurf
Valeria Grazú: founder and ex Chief Scientific Officer (CSO) (2014-2015), INMA group: Bionanosurf.

HIGHLIGHTED COLLABORATION WITH INMA:
– [TRANSFER OF TECHNOLOGY]: Licensed Multifunctionalization technology (WO/2012/150373) developed by INMA group (Bionanosurf), which boosted NIT consolidation since it allowed the granting of a 0.6 M€ loan given by CDTI.
– [TRANSFER OF TECHNOLOGY]: Licensed Nanobiosensing technology (WO/2014/016465) developed by INMA group (Bionanosurf) and registered as a trademark (HEATSENS®). It has given rise to the core business line of NIT, having received support from EU commission through the concession of SMEs-Phase 1 and Phase 2 funding (HEATSENS_S, Project ID 733617).
– [EUROPEAN PROJECT: NanoTBtech; 2018-2020]: nB was a partner of FET OPEN Project NanoTBTech in which the INMA researcher Angel Millán (INMA group: Bionanosurf) also participates as partner.
– [INNOVATION CONTRACT: 2021-2022]: with Bionanosurf group (IP: Jesús M de la Fuente).

Glasskim Tech, S.L.

DESCRIPTION: DESCRIPTION: Glassking Tech SL is a recently created company who has revolutionized the glass processing industry introducing laser to enhance glass mechanical properties, allowing to treat < 2mm glasses.

ORIGIN: The spin-off company emerged in collaboration between CSIC and BeAble Capital, management company of BeAble INNVIERTE KETS Fund, a Science Equity Fund based in Madrid, that invests in Deep Tech technologies

ACTIVITY PERIOD: 2020 – 2022

COMPANY ADDRESS: María de Luna 11, nave 14. 50018, Zaragoza (Spain)

WEB PAGE: https://glasskintech.com

INMA ENTREPREUNERS:
Xermán de la Fuente Leis: founder, INMA group: LEMA
Luis Alberto Angurel: founder, INMA group: LEMA

HIGHLIGHTED COLLABORATION WITH INMA:
– [TRANSFERENCE OF KNOW HOW]: Glasskin Tech has licensed Laser Furnace technology that arise during the implementation of two European projects from EU LIFE Programme (LIFE-11 ENV/ES/000560 and LIFE09 ENV/ES/000435)
– [R&D CONTRACT]: the company is currently performing a proof of concept that will last between 12 and 18 months under an R&D contract signed between the company, CSIC and UZ

Graphene Nanotech, S.L.

DESCRIPTION: GPNT is a technology company born in March 2014 whose corporate purpose consisted of research, production and distribution of epitaxial graphene prepared on silicon carbide (SiC) substrates for the development of new generation electronic devices, such as gas sensors, biosensors, cameras and antennas, among others.

ORIGIN: The company GPNT originally arises from the collaboration between private investors and researchers belonging to the Institute of Nanoscience and Materials of Aragon (INMA), and the National Microelectronics Center of Barcelona (CNM).

ACTIVITY PERIOD: 2014-2019

INMA ENTREPREUNERS:
Ricardo Ibarra: founder, Grupo INMA: MAGNA
José María de Teresa: founder, Grupo INMA: NANOMIDAS

HIGHLIGHTED COLLABORATION WITH INMA:
– [R&D CONTRACT]: Transference on know-how on high quality characterization of graphene by means of transmission electron microscopy, Raman spectrocopy and electrical transport measurements.

CO2 Breakers ,S.L.

DESCRIPTION:

CO2 Breakers S.L. is dedicated to environmental engineering by integrating innovative solutions that can contribute to stopping climate change. It is a company highly committed to the development of efficient and promising technologies to improve the quality of the air we breathe. Aware that there is currently an emergency situation in the world, scientifically proven, with evidence of climate change in which the human factor is a determining factor and is associated with greenhouse gas emissions from fossil fuel combustion. One of the possible solutions to mitigate this destructive phenomenon, according to the company, is the reduction of carbon dioxide (CO2) emissions, which emanate from many industrial processes and generate very high environmental and economic costs, both for society in general and for the industries involved, whose activity is vital to maintain the present and the economic future of our environment. Continued in more description

ORIGIN: The company CO2 Breakers, S.L. originally arose from the collaboration between private investors and researchers belonging to the Institute of Nanoscience and Materials of Aragon (INMA)..

ACTIVITY PERIOD: April 2024 – Actuality

COMPANY ADDRESS: Avenida de Atenas 75, 1ª planta, local 35. 28232, Las Rozas de Madrid

WEB PAGE: en construccion

INMA ENTREPREUNERS:
Xerman de la Fuente: fundador, Grupo INMA: LEMA
Luis Alberto Angurel: fundador, Grupo INMA: LEMA

HIGHLIGHTED COLLABORATION WITH INMA:
Patent filed jointly on 28 June 2023 between CSIC, UNIVERSIDAD DE LA LAGUNA, UNIVERSITY OF ZARAGOZA and CO2 BREAKERS SL whose rights are transferred to the company through a license agreement.

MORE DESCRIPTION:
On the other hand, there are modes of passenger and freight transport whose contribution to greenhouse gas emissions accounts for a significant percentage of the total. These include air and sea transport vehicles, which outweigh other means of land transport of goods, all of which are based on fossil fuel technologies.
For all these reasons, one of the company’s lines of work envisages the development of a device that allows CO2 molecules to be broken down into their elements, elemental Oxygen (O2) and Carbon (C) in various nanostructured forms, which in turn could be used as high added value materials for functional applications on the surfaces of materials for numerous industrial uses.

Laser Line Scanning

DESCRIPTION:

The technology combines lasers and industrial furnaces to provide precise thermal control and advanced surface treatments. Energy consumption is reduced, CO2 emissions are reduced and the properties of materials such as ceramics and glass are improved through laser polishing and nanostructuring.
Innovation at Every Stage: The latest technologies and construction techniques are used to ensure innovative and efficient results.
This allows mainly 2 things to decrease the temperatures of the furnaces and on the other hand to treat with a laser line the surface of the materials.
In addition, it allows to generate significant savings in energy and CO2 emissions and to be able to create or improve the characteristics of the materials.
On the other hand, it allows treatments such as laser polishing or nanostructuring of surfaces.

ORIGIN: It all started in 2006 with the first patent. Development of a laser furnace for ceramic treatments. The technology was improved through various projects. In 2020 a new patent was registered for laser processing of high strength glass. In 2022 Laser Line Scanning S.L. was launched.

ACTIVITY PERIOD: April 2024 – Actuality

COMPANY ADDRESS: Calle María de Luna, nº 11 Nave 14 50018 Zaragoza

WEB PAGE: https://laserlinescanning.es/

INMA ENTREPREUNERS:
Xerman de la Fuente: fundador, Grupo INMA: LEMA
Luis Alberto Angurel: fundador, Grupo INMA: LEMA

HIGHLIGHTED COLLABORATION WITH INMA:
Outstanding collaboration with INMA: Several Collaboration Agreements have been signed, in addition to a project within the Public Private Call 2022. Licensing of patent ES202030176, entitled ‘Procedure for surface modification of glass by laser’ filed on 2 March 2020.

MORE DESCRIPTION:
Application in the ceramics sector – Allows the ceramics sector to reduce firing temperatures to 850ºC (with the consequent energy savings and reduction of emissions), at the same time as being able to achieve a controlled surface temperature with the laser up to 2800ºCw (+/-2ºC).
It allows pore sealing and polishing to be carried out with a laser methodology, replacing current mechanical systems.
Development of new products based on the freedom that this technology provides by being able to nano-structure materials to order.
Application in the glass sector – We have created a laser tempering technology that consumes less energy than the traditional method, strengthens the glass and allows it to be cut and drilled after treatment, which is not possible with conventional tempering.
Another great advantage of this technology is the ability to perform laser tempering on thin glass from 1.2 mm to 12 mm.
This results in considerable energy and emission savings.
Application in the metal sector – Our laser line in the steel and metal sector is able to pickle and perform surface treatments to give properties such as hydrophobicity and other multiple characteristics.
This technology allows metal cleaning techniques, with minimum wear and oxidation on metals.