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ReduSalt - saltreduktion i livsmedel

ReduSalt

This web course covers how to reduce the amount of salt in food products. ReduSalt has been funded by Vinnova, Region Västra Götaland and 22 participants involved in the project. The content in this course is based on results from the project.

Salt consumption in Sweden needs to be reduced for the sake of public health. The food industry has to be part of the work of reducing salt.
This course covers why we need to reduce salt in our food products, what challenges this presents and which solutions are suitable to use when reducing salt. 

The web course has three different tracks. You choose the track that is applicable for your product or industry. When you register you will get a link to the platform where you find the course. More information about the course is in the platform. The course is only available in Swedish.
Track 1: All types of food
Track 2: Bread
Track 3: Meat and charcuteries

Content

  • Introduction
  • Salt and health aspects
  • Challenges with salt reduction – focus on sensory experience
  • Challenges with salt reduction – focus on microbiology
  • Challenges with salt reduction – focus on processing
  • Solutions: Simple salt reduction
  • Solutions: Salt replacers and multisensory combinations
  • Solutions: Inhomogeneous salt distribution
  • Conclusion

Target group

  • Food industry
  • Retail 
  • Restaurants within the private and public sector
  • Educators
Training, Digital,
approx 40 minutes
sv
Webbkurs ReduSalt
Online
31 Oct 2022 - 31 Dec 2026
0 SEK (excluding VAT)
Training
Digital
approx 40 minutes
sv
Division: Division Bioeconomy

Carina Gatzinsky

HR specialist
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Tim Nielsen

Forskare
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webid: 52394 categoryid: 264791 Food Sekundär områdes navigation:
Lifelong learning
Health and life science

Data i dialog - risk- och skyddsfaktorer för barn och unga

Data i dialog

RISE har på uppdrag av Länsstyrelsen i Stockholm tagit fram en kunskapssammanställning om risk- och skyddsfaktorer för multipla problemutfall samt insatser för att arbeta förebyggande och främjande. Nu pågår ett arbete för att kvalitetssäkra mätning av relevanta faktorer, samt visualisera data för användning i samverkan med kommuner.

Expertis inom psykometri, statistik, datavisualisering och granskning/sammanställning av forskning.
Completed
Metrologi och mätteknik Preventiv hälsa
Region Stockholm
3,5 år
Division: Använd ej - Division Samhällsbyggnad

Kunskapssammanställningen Risk- och skyddsfaktorer – vad vet vi och vad kan göras med kunskapen? finns tillgänglig i DIVA-databasen och bakgrundsmaterial, inklusive källkod för att skapa figurerna i rapporten, finns att ladda ner från Open Science Foundations hemsida: https://osf.io/935b6/. Allt material har publicerats under den öppna licensen Creative Commons Attribution 4.0 International som innebär att det är fritt att dela och använda/vidareutveckla materialet, även för kommersiella syften, så länge hänvisning ges till rapporten.

Nästa steg i arbetet handlar om mätning av risk- och skyddsfaktorer, där bl.a. Stockholmsenkäten spelar en central roll. Stockholmsenkäten genomförs varannat år genom samarbete med skolor, där årskurs 9 och gymnasiets åk 2 tillfrågas om anonymt deltagande. Ett omfattande arbete har genomförts för att psykometriskt utvärdera vilka index som kan användas för att representera risk- och skyddsfaktorer utifrån Stockholmsenkätens frågor, baserat på data från 2006 till 2020. Analyserna av enkätdata kommer att tillgängliggöras under slutet av 2022. Psykometriska analyser utförs primärt med Rasch-metodik, en form av modern testteori. Resultat av analyserna tillgängliggörs löpande på webbsidan https://pgmj.github.io/sthlmsenk/ där även källkoden till analyserna finns tillgänglig.

Som komplement till Stockholmsenkäten kartläggs andra datakällor och möjliga indikatorer, inte minst för att identifiera risk- och skyddsfaktorer som rör barn i lägre åldrar.

Under vintern 2022 till sommaren 2023 pågår arbete med att ta fram ett webbaserat interaktivt visualiseringsverktyg som byggs med verktyg från öppen källkod (R Shiny). Visualiseringsverktyget finns tillgängligt som öppen källkod: https://github.com/pgmj/did

Visualisering av data görs även tillgängligt som automatiserade kommunrapporter med hjälp av publiceringsverktyget Quarto och statistikspråket R, båda öppen källkod. Det möjliggör att använda en adaptiv gemensam mall med lokala anpassningar, exempelvis gällande vilka kommuner som ska finnas med i jämförelsematerial. Kommunrapporterna produceras i HTML-format för lättare navigering och tillgänglighet, men kan även göras som PDF-filer. Källkoden för dessa rapporter finns också fritt tillgänglig: https://github.com/pgmj/DIDreport

Visualiseringsverktyget är en del av initiativet Data i Dialog (DiD) som Länsstyrelsen i Stockholm driver för att stötta kommuner i arbete med främjande och förebyggande insatser för barn och ungas välbefinnande. DiD har tre steg, där första steget fokuserar på analys och visualisering av data, både utifrån övergripande datakällor och lokala sådana. Andra och tredje steget handlar om kartläggning av verksamheter och insatser som finns i dagsläget, samt att ta fram en handlingsplan för strategiska satsningar på främjande och förebyggande arbete framåt.

Project end date: Preventiv hälsa Sekundär områdes navigation:
Data Science
Metrologi och mätteknik
Hälsa och Life Science

Dynamic measurements

Knowledge platform Dynamic measurements
Pressure caibration

The knowledge platform for Dynamic measurements is a long-term investment where RISE, together with academia and industry, builds and spreads competence within measurement, calibration and traceability of fast mechanical processes.

Project leader
Active
Generic metrology and measurement technology
Västra Götaland Region
2027-12-31
Division: Division Safety and Transport

The need for quality assured measurements under dynamic processes are large within many areas and businesses such as enery, health, manufacturing, materials and transportation. Some examples are measurements of forces in barrier tests, torque and ripple in electric engines or measurements in strength and durability testing.

Static calibration for dynamic measurements

Most measurements of mechanical processes take place under dynamic conditions. This works well as long as the instrument is faster than the process being measured. When the speed of the process increases the demands on the instrument also increases.

Basically all calibration of mechanical measuring systems take place under static or quasi-static conditions. This is partly due to the very low measurements uncertainties achievable.  However, primary methods for dynamic calibration are almost completely missing within force, torque and pressure areas.

This means that one cannot be sure what the measured values in fast mechanical processes really correspond to, and that results cannot be guaranteed to be comparable.

Project goals:

  • Build knowledge for measurements of fast processes connected to the complete measurement system from sensor via signal processing to data collection units.
  • Active participation in standardisation work and the creation of traceability chains for dynamic calibration of force, torque and pressure. Development of guidelines and frameworks both nationally and internationally.
  • Give Sweden access to comparable and quality assured dynamic measurements at fast mechanical processes.
  • The creation of a competence centre for dynamic measurements with national focus.

Robert Furunger

Projektledare
+46 73 034 64 69 Read more about Robert
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Fredrik Arrhén

Senior scientist
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Project end date: Metrology Sekundär områdes navigation:
Energy and electrification
Automotive and future transport
Production and manufacturing
Health and life science
Materials and durability

How can healthcare and industry learn about systemic transitioning from each other?

System transformation healthcare

The global pandemic showed just how important it is for a society to be well prepared for rapid change in the event of a crisis. This was particularly evident within healthcare and social care, which continue to face major challenges. Parallel to this, the industrial sector is working on its ability to transition. So, what can they learn from each other?

Healthcare and social care face multiple challenges – they are in urgent need of personnel while our demographics are changing and increasingly more people will receive care in the home. The global pandemic greatly underlined the need for a systemic transition in certain areas, as well as the importance of preparedness and the ability to implement rapid changes in the event of a crisis.
The need for quick decisions and triage is nothing new to the healthcare sector, but in the future, novel approaches to preparedness may prove necessary.
 

Flexible transition within industry

Within industry, there is talk of flexible transition, which is a concept based on adaptable production capabilities aided by digital solutions and public-private partnerships. This is an approach that could benefit healthcare and social care as well.

Collaborations between the public and private sectors were seen already during the pandemic.

“During the pandemic, when protective equipment ran out, it led to a systemic transition wherein industrial companies collaborated with healthcare to find the right materials and quickly scale up contingency production of protective equipment,” explains Katrin Skagert, whose research field is production and occupational health and safety.

Industry’s flexible preparedness is largely about being able to transition production from one product to another, an area in which there are growing opportunities to employ modern technologies such as 3D printing and AI. Within healthcare, however, other factors come into play.

“Within this field, personnel and competence are absolutely key. As are premises that can be adapted, such as by increasing or decreasing the floor space dedicated to, say, intensive care. Consumables supplies are required even in the event of a stop in the supply chains,” says Dag Sjöholm, a research and business developer within certification at RISE.

Some areas standardised – others more difficult

In some areas of industry, production is standardised to such an extent that it is possible to bring in completely new personnel who can quickly learn the job with the aid of clear visual instructions. This is an approach that has also been of some use within healthcare and social care but may be more difficult to apply in more complex care scenarios.
Whether standardised solutions can be used is largely dependent on where within care services they are to be employed.

“A great deal is already heavily standardised, such as certain healthcare processes, lab tests and how we use medications. But it’s difficult to do this when it comes to interacting with another person. And it’s difficult to use standardised instructions in a non-standardised environment, such as within home care. Every home is different, and each person home care staff come into contact with is a unique individual,” says Skagert.

Within industry, it is common practice to jointly look at, say, flows. I believe that the public sector also needs to do more

Differences between sectors

There are, of course, significant differences between preparedness within industry and needs within healthcare and social care. One such difference is what is being produced – we can predict the end product of an industrial process and take a few steps back to make changes to that process.

“Healthcare, on the other hand, entails co-production between patient and personnel, a process that can be difficult to fully predict. So, when it comes to flexibility, it is innate to every step of the process as you are continually faced with different options for your next action,” says Skagert, and Sjöholm agrees.

“Within industry, the opposite is true as every end product should be identical.”

Another difference is how fast you can deploy personnel within production.

“Within healthcare, personnel are the most valuable resource. If we consider critical raw material shortages within industry, then within healthcare personnel are the equivalent resource. There is also a major difference when it comes to preparedness production. The specialist knowledge accumulated from the experience of interpreting people within healthcare and social care is difficult to rapidly scale up,” says Skagert.

Learn from each other

However, there are also lessons to be learned from industry’s approach to transition. Such as to make greater use of visual instructions within healthcare as well as to ensure a managerial presence within operations to check that the established procedures and instructions do in fact work in practice.

“It became clear in the preparedness production, but also later when the protective equipment was to be used in practice, that the instructions needed to be adjusted on the fly. Within industry, it is common practice to jointly look at, say, flows. I believe that the public sector also needs to do more, that those who govern and lead should ensure that the various instructions can actually be followed in practice, and for employees and managers to jointly consider how to make adjustments without risking the spread of infection, as in the case of Covid-19,” says Skagert.

As an example, at the beginning of the pandemic, the instructions for using protective equipment were drawn up within healthcare.

“The same instructions were spread to home care, which faced completely different conditions, such as where the protective equipment was to be kept by personnel, what kind of places there were to take it off and put it on, and where it could be disposed of without contaminating anything.”
 

RISE plays a key role

RISE has a key role to play in this work as it is involved in the entire process – from the development of methods and products, through CE marking, to instructions on how, for example, protective equipment should be handled and disposed of after use.

“One of RISE’s strengths is that we are well-versed in many areas, from production processes and materials to healthcare and social care. This provides us with a broad network, enabling us to play a supporting role in bringing together various functions and skill sets,” says Skagert.

“We are an independent party able to orchestrate all of this. And not only the production transition itself, as thanks to our knowledge about materials and our status as a certification body, we are also knowledgeable about product safety and, in the event of crisis, are able to together with the authorities offer a fast track without any detrimental effects on the associated risks,” says Sjöholm.

Dag Sjöholm

Affärsutvecklare
+46 70 315 36 92 Read more about Dag
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Innovation management Sekundär områdes navigation:
Security of supply
Digitalisation
Production and manufacturing
Health and life science

Safe Car Driving with Head Up Displays and Camera Monitor Systems

SCREENS

Digital technology can contribute for a person to perceive and understand the environment. At the same time, there is a risk of misapplied technology, that could be harmful. We will investigate how new technology in cars with visual information can improve safety and the visibility of information.

coordinator
Completed
Digitalisation Perception
Region Stockholm Västra Götaland Region
24 månader
6 722 067 SEK (varav 3 329 566 från Vinnova)
Division: Division Digital Systems and Societal Transformation

In order to understand how new technology in cars for giving visual information can enhance safety and visibility we propose a series of studies on Head-Up Displays (HUD) and Camera Monitor Systems (CMS). Both are promising technologies that may be combined with Augmented Reality (AR). To safeguard against mistakes an interdisciplinary approach is needed. The problem to be solved is how to make these technologies adapted to the human senses, so that safety and visibility are increased. Misapplied technology may result in distorted visual perception with faulty decision resulting in errors and accidents. The intended user are all future car drivers.

Understanding how these new technologies and potential side effects will affect car driving, knowledge from human factors, optics, perception and computer domains will be utilized. The RISE Research Institutes of Sweden and Volvo Cars (Volvo) will be joint partners with laboratories and experts. The project will study (1) optical aspects of these new technologies in cars (2) human perception and behaviour when using these technologies while driving a car (3) the effects of low temperature on the digital rear-view mirrors of the CMS’ ability to render a clear picture, and its effects on drivers and safety. The results of the new technologies will be related to traditional, non-electronic devices and the relative advantages and possible disadvantages of each will be compared. This knowledge will result in safer driving, better cars and commercial advantages for Volvo, with benefits for the Volvo brand.

 

Kjell Brunnström

Forskare
+46 70 841 91 05 Read more about Kjell
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9. Industry, innovation and infrastructure
Project end date: EMC Sekundär områdes navigation:
Design
Sensors and sensor systems
Risk and security
Health and life science

Gamification creates commitment to change

Hand control

Are we going to play games – at work? The answer is yes: using mechanisms from the world of games can serve as a powerful tool to change people’s behaviour for the better. However, if you do not know what you are doing, there is a risk that the results will be the exact opposite. RISE researcher László Sall Vesselényi explains what needs to be considered to ensure that gamification creates commitment instead of resulting in frustration.

All you need to do is download any exercise app and, within a few minutes, you will come across what is referred to as gamification. The app will try to get you to exercise more by giving you rewards once you have passed certain goals, such as a star after completing your first five-kilometre run.

– “Simply put, gamification is when you apply ideas from games in everyday life, that is, using game mechanisms in non-game contexts,” says Vesselényi.

Direct feedback creates positive emotions

Even though most people know that exercise is good in the long run, you may not feel motivated right now, when it is cold or rainy or stressful at work. But with the help of gamification, the user can get direct feedback that they have accomplished something, and this in turn triggers positive emotions that create a willingness to continue towards the goal.

– “People are not just information beings, and although you may read that something is good for your health, it doesn’t mean you will automatically do it. Gamification can be a great way to stimulate the emotional commitment needed to really change behaviour.”

And this doesn’t just apply in private life, it can be just as effective in a workplace or in a customer relationship. But while gamification can be a powerful tool, it can create negative effects if used incorrectly.

– “If poorly implemented, gamification can even end up counteracting the desired behaviour. For example, if you offer a reward for an activity that did not have a reward previously, there is a risk that people will completely lose interest in the activity if the reward is removed later on.”

With the help of gamification, we can apply principles that arouse emotions and create commitment

Charting behaviour that needs to change

Another risk is that poorly implemented gamification rewards the wrong behaviour. To avoid this and other pitfalls when working with gamification, and to get tips and ideas for new methods, opportunities and technical aids, it can be beneficial to enlist the help of an expert in game design. 

– “Every day, those of us working on this at RISE help organisations that want to learn more about gamification and how they can use it in their own operations.”

Among other things, researchers at RISE can help identify what behaviour actually needs to change, and chart how that behaviour relates to other behaviours and what effects a change can have.

– “We can also help evaluate whether gamification is the right tool for a particular organisation, or identify which parts would benefit from it and where it may not be quite as well suited.”

In most cases, there are always processes or behaviours that can be positively strengthened through gamification.

– “If people are only exposed to information, they easily filter it out because they can’t relate to it – it doesn’t awaken anything in them. But with the help of gamification, we can apply principles that arouse emotions and create commitment, and ensure that the change has a greater effect than could have been achieved otherwise.”

Last published: Service innovation Sekundär områdes navigation:
Innovation management
Design
Health and life science

Tactile Navigation (TINA)

TINA
Traces in snow from a car

TINA is about the growing interest around haptics and vibrotactile technology, which is developing at a high rate in the music and gaming world. The result of the project will be an experience prototype (simulator) that shows how users can experience a vehicle through vibrotactility.

koordinator
Active
Design
Not applicable
7 månader
550 000 SEK
Division: Division Digital Systems and Societal Transformation
Image: Elsa Vaara

TINA is a project around the growing interest around haptics and vibrotactile technology, which is developing at a high rate in the music and gaming world. There are thousands of new start-ups trying to discover innovative ways to use vibrotactile technology. When (electric) vehicles become quieter and produce weaker vibrations, the risk of accidents with pedestrians increases. In the near future, electrified vehicles such as taxis, scooters, mopeds and buses will be common. These vehicles often pose an information problem for users with ability variations such as hearing loss, deafness, blindness and deafblindness.

TINA is relevant for inclusion, health and welfare with the greatest impact on social relations and social issues through the development of traffic environment perception via vibrotactile communication. The project aims to expand the communication repertoire for people with deafblindness, deafness, hearing loss and the general public. More areas where TINA can be useful are for example navigation in a busy environment as well as travelling with boat, train and air flight. Today, personal accompaniment is mainly used. in addition the tactile interface has the potential to be used in other contexts, and not only by people with disabilities, e g work with obscured vision, and in noisy environments.

The system's idea is that a vehicle, e g car, scooter, moped, bicycle, should be able to be identified. The information must be transmitted tactile to the user, so that safe navigation in a busy environment can happen. Our research aims to create safe and aesthetic situations in an emerging urban landscape where electric vehicles with new kinds of sound are becoming increasingly common. The result of the project is an experience prototype (simulator) that shows how users can experience a vehicle through vibrotactility. 

 

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10. Reduced inequalities
11. Sustainable cities and communities
Parception Motion Control Konstfack Örebro Region
Report
Project end date: Resource-efficient cities Sekundär områdes navigation:
Sensors and sensor systems
Health and life science
Service innovation

Fukt 1 - grundkurs för fukttekniker och fuktskadeutredare

fukt

Kursen är utformad för dig som vill få kunskap om hur fukt påverkar byggnadsmaterial och konstruktioner. Utbildningen täcker allt från fukttransport och mätmetoder till riskkonstruktioner och sanering av mögelskador. Efter avslutad kurs får du de nödvändiga verktygen för att kunna arbeta med fuktutredningar och skadehantering i byggnader.

Om kursen

Utbildningen omfattar hur fukt transporteras och påverkar både byggnadsmaterial och konstruktioner, samt vilka typer av skador fukt kan orsaka. Deltagarna får en grundläggande introduktion till fuktskadeutredningar, inklusive metodik, fuktmätning och provtagning. Kursen tar även upp mätmetoder, mikrobiologi, sanering av mögelskador och identifiering av riskkonstruktioner.

Kursmål

Utbildningens mål är att ge deltagarna en förståelse för hur fukt transporteras och kan påverka byggnadsmaterial och konstruktioner samt vilka typer av skador fukt kan orsaka.  Efter kursen erhåller varje deltagare ett kursintyg som dokumenterar kursinnehållet och bekräftar utbildningens genomförande. Deltagarna får grundläggande kunskaper för att kunna arbeta som fukttekniker eller fuktskadeutredare.

För den som vill fördjupa sina kunskaper erbjuder RISE även en kompletterande kurs, Fukt 2 – Fortsättningskurs för fukttekniker och fuktskadeutredare. Denna kurs ger en fördjupning inom områden som riskkonstruktioner och avancerad skadeutredningsmetodik.

Format

Grundkursen för fukttekniker och fuktskadeutredare sträcker sig över två dagar och äger rum i  RISE lokaler i Borås. Här får deltagarna en djupdykning i fuktproblematikens grunder, med både teoretiska och praktiska moment som lägger en stabil grund för vidare arbete inom området.

Målgrupp

Kursen riktar sig till dig som vill få grundkunskaper om fukt i byggnader. 

Pris:

10900:- exkl. moms

Övrig information

Fika och lunch ingår under båda kursdagarna, liksom en kurspärm med aktuella föreläsningsunderlag. Boende ingår dock inte och ordnas av deltagarna själva. Önskar ni tips på boende, vänligen kontakta vår administratör. 

Företagsanpassade utbildningar

Vi erbjuder även företagsspecifika utbildningar anpassade efter era behov och utmaningar. Våra företagsspecifika utbildningar kan genomföras på plats hos er eller i våra lokaler på RISE.

Utbildning, Fysiskt,
Kursintyg
Svenska
18-19 november 2026
Borås
18 Nov 2026 - 19 Nov 2026
09:00-16:00
10900 SEK (excluding VAT)
3 out of 16
Training
Course certificate
Svenska
Division: Använd ej - Division Samhällsbyggnad

Anders Jansson

RISE AB

Thorbjörn Gustavsson

RISE AB

Johanna Elam

RISE AB

Grundläggande kunskaper om fukt, fukttransport, fuktskador, riskkonstruktioner, mikrobiologi, sanering av mögelskador samt grundläggande utredningsmetodik. Utbildningen går även igenom mätmetoder, kalibrering, mätosäkerhet och rapportskrivning. Kursen innehåller också enklare fuktberäkningar.

Emelie Gäskeby

Kundsupportadministratör
+46 10 516 69 62 Read more about Emelie
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Anders Jansson

Teknologie magister
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webid: 47472 categoryid:
239870
256500
272428
284677
305274
329620
339127
339130
339127
339130
381303
407947
425264
441978
Byggd miljö Sekundär områdes navigation:
Metrologi och mätteknik
Hälsa och Life Science
Material och beständighet

Measurement Quality in Laboratories SS-EN ISO/IEC 17025:2018

-

The title of the standard is "General requirements for the competence of testing and calibration laboratories," but ISO/IEC 17025 is much broader than that and has been very useful. Based on the standard, we address the entire chain in ensuring measurement quality.

In addition to the requirements in ISO/IEC 17025, which we review "cover to cover," we also address the latest updates to regulations, EA documents, and guides, and make small deep dives into important, somewhat complex, and perhaps not entirely obvious topics such as the calculation of measurement uncertainty. An important section is also the internal and external quality control applicable in several areas. Course documentation is available to you digitally.

This is a course both for those who already work in an accredited laboratory and want to refresh and increase their knowledge of the application of ISO/IEC 17025, and for those who are relatively new to the field.

Target Group

Laboratory managers, measurement technicians, laboratory assistants, QA personnel, internal auditors, and more.

 

Course, In-person,
Course certificate
sv
20-22 oktober 2026
RISE - Da Vinci, Brinellgatan 4, Borås - ingång via vår reception
20 Oct 2026 - 22 Oct 2026
20515 SEK (excluding VAT)
11 out of 30
Course
Course certificate
sv
Division: Division Safety and Transport
Eskil Sahlin

Eskil Sahlin

Forskare, Kemi och tillämpad mekanik, RISE
Gustav Jönsson

Gustav Jönsson

Forskare, Mätteknik, RISE
Mikolaj Wozniak

Mikolaj Wozniak

Ingenjör, Mätteknik, RISE
Margareta Antonsson

Margareta Antonsson

Kvalitetsspecialist, RISE
Kalle Sandell

Kalle Sandell

Ingenjör, Mätteknik, RISE

Among the lecturers, you will find experienced assessors of accredited labs, both in physical and chemical measurement techniques. Since there are clear parallels to ISO 9001 in some parts, we also include experiences from its application.

Lena Gamalielsson

Administratör
+46 10 516 60 02 Read more about Lena
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webid: 47354 categoryid:
239308
265332
266147
270161
307666
309773
332565
332565
358064
413085
413342
Metrology Sekundär områdes navigation: Health and life science