The field-calibration department is a complement to RISE National Laboratories and contributes to the effective calibration services offered by RISE. The field-calibration resources are primarely intended to meet the need of accredited and traceable calibrations of instruments, which are used directly in production.

With the close co-operation between the National Laboratories and the field-calibration, an unique and complete calibration resource is established, which has access to all of RISE expertise concerning calibration. Our mobile measurement equipment gives us the possibility to perform most of our measurements, not only in the laboratory in Borås, but also directly at our customers facilities. The field-calibration department is accredited within five different technical areas. The results of our measurements are always documented in reports, with stated traceability and measurement uncertainty. We are also always pleased to assist with advice in the areas of calibration, traceability and quality systems

RISE field-calibration department provides traceable and accredited calibration of instruments measuring temperature and air humidity. We are vendor independent and able to support all manufacturers and instrument types. 

As a part of the National Metrology Institute (NMI) and accredited measurement sites, we work with methods reviewed and approved by Swedac. Calibrations are performed both in laboratories and, in certain areas, even on-site at our customers.

Customer website Calibration (KWP) is our customer website, that gives you full control over your measuring devices. Log in to your own site and see your measurement record, calibration status, calibration history and calibration certificate for each object.

Customer Website Calibration

Normally within five working days after the agreed start date for the assignment.

Studies show that the brain is more sensitive towards rotational as opposed to pure translational motion hence, different helmet manufacturers approach this claim differently. RISE offers measuring of not only the conventional translational motion but also the rotational one, where the latter affects helmets upon oblique impacts.

RISE has a very long experience in testing of personal protective equipment ( PPE ) and, in addition, actively participates in the efforts of improving and developing existing or new standards at the European and international levels.

Helmet testing can be carried out not only according to a number of standards, within the field of PPE, but also according to clients' own requirements and specifications. Else, help can be extended in developing new methods based on clients’ needs, and in conducting type-approval tests against the Regulation (EU) 2016/425.

RISE is a "one-stop-shop" for testing and certification of PPE.

In our laboratories we have a large number of test rigs and equipment for performing general and special mechanical tests - such as rotational impact tests.

After testing, a full test report with an accreditation mark can be obtained, that is if the method is already accredited, and the report can serve as a basis for the documentation required for the certification process.  However, if the test is not intended for certification purposes, such as in the case of product development tests, regular report along with graphs and data files can be obtained. Additionally, high-speed filming is also available upon request.

Upon agreement

Helmets can be tested partly according to the existing standards, e.g. EN1078, EN1384, EN1077, etc., and partly according to the proposal for rotational testing that is still work-in-progress of the European working group CEN TC158-WG11.

Read more about PPE area

RISE offer textile testing according to the following healthcare standards: SS 8760001:2016, SS 8760002:2018, SS 8760164:2018, SS-EN 13795-1 och SS-EN 13795-2.

At RISE, we assist healthcare and producers in testing healthcare textiles and to verify that products meet current specifications in order to be delivered and used in the healthcare sector.

The mentioned standards include many different test methods, for example fire testing, mechanical testing, linting, water absorption, waterproofness, air permability, comfort methods, colour fastness, etc. We also perform other test methods on textile products and  many of the methods are accredited.

Results are delivered in a written report.

Normal delivery time is ten working days after receiving the test material. In some cases, shorter delivery times can be offered.

SS 8760001:2016
SS 8760002:2018
SS 8760164:2018
SS-EN 13795-1
SS-EN 13795-2

RISE offers support in the identification of relevant alternatives to substitute unwanted chemicals and substances in products and processes. RISE has developed an efficient internal substitution tool to easily screen a broad database of substances and select the most promising ones to solve complex substitution challenges.

Many products and processes use today chemicals that need to be replaced due to their negative environmental impact, toxic properties or upcoming regulations. The substitution of a chemical is a complex process that need to account for the physical and chemical properties of the substance to be replaced as well as other critical parameters such as toxicology, environmental impact, cost or even colour and odour.

RISE has developed a unique internal substitution tool to easily identify potential substitutes to toxic chemicals. The tool capitalizes on the Hansen solubility parameters of substances, which provide an indication on the likeness between different substances with respect to their chemical structure and physical properties. The tool has been extended to include information on toxicity and hazard data, environmental effects, eye irritation, skin permeation, prices and odors. The combination of all these parameters in a single search allows for a facile screening of a broad range of substances.

By using the tool, highly relevant alternatives can easily be identified, which limits the number of trials to be performed and reduces the cost of the substitution process. The risk of performing regrettable substitution is greatly lowered.

The substitution tool has been proven to be very efficient for substitution of solvents but could also be used for the substitution of, for example, plasticizers.

The work always starts with discussion with the client to identify all the parameters that need to be accounted for in the search for alternatives for the specific product or process.  After identification of the most critical parameters to account for, a search is made by RISE in a broad database of substances using the substitution tool to identify promising candidates. The list is further refined according to secondary criteria and a list of potential alternatives is generated.

The client receives a list of potential alternatives to substitute the targeted toxic substance.

The delivery time depends on the complexity of the challenge to be solved.

Personal protective equipment (PPE) placed on the EU market must comply with the requirements of Regulation (EU) 2016/425 and bear the CE marking. RISE is a Notified Body under the Regulation. We carry out the assessments required to verify that your product complies with the applicable regulatory requirements.

With RISE, you receive an independent and recognized basis for CE marking of personal protective equipment (PPE). We assess both the product and the technical documentation, issue the necessary certificates, and guide you through the entire process.

Personal protective equipment (PPE) is equipment designed to be worn or used by an individual to protect against risks to health and safety.

Examples of personal protective equipment include:

• Safety helmets
• Safety footwear
• Eye and face protection
• Respiratory protective equipment
• Fall protection equipment
• High-visibility clothing
• Chainsaw protective clothing
• Reflectors

Harmonised Standards

Harmonised standards are available for many types of personal protective equipment (PPE). If your product is designed and assessed in accordance with a harmonised standard, you can demonstrate compliance with the applicable requirements of Regulation (EU) 2016/425.

If harmonised standards are not used, RISE can help develop an evaluation plan and verify that the product meets the relevant requirements of the Regulation.

• EU Type Examination (Module B)

You submit an application and the technical documentation to RISE. We review the documentation and assess the product against the requirements of Regulation (EU) 2016/425.

If the product meets the applicable requirements, RISE issues an EU Type Examination Certificate. The certificate is normally valid for five years.

• Assessment of Finished Products (Module C2)

For Category III personal protective equipment (PPE), ongoing surveillance is required after the EU Type Examination Certificate has been issued. RISE carries out sampling and testing of finished products to verify their continued conformity with the approved type.

The results are documented in an assessment report. When the requirements are met, you may use RISE’s identification number as a Notified Body alongside the CE marking.

• Quality System Assessment (Module D)

As an alternative to Module C2, you may choose Module D. Under this procedure, RISE assesses your quality management system for production, final inspection, and testing.

Following a successful assessment, a Production Quality Assurance Certificate is issued. The certificate entitles you to use RISE’s identification number as a Notified Body alongside the CE marking.

A first contact with Certification at RISE should be made as early as possible when a product is to be certified.

Our product certification services help you get the right conditions for a successful certification, understand the requirements and plan the process. Read more here

It is important that the textiles on the market are free of harmful and regulated substances. Chemical analysis is a way to gain control over the products' chemical content.

Tributyltin, dibutyltin and dioctyltin compounds are different chemical substances that are toxic and dangerous to environment because they are bioaccumulative and persistent. Organic tin is also both toxic and known endocrine system disrupters. Organotin compounds can be used in consumer products as stabilizers and catalysts in PVC and PU. You can also find them in coated or foamed materials and in laminates. Organotin compounds are regulated according to REACH.

We can help you interpret the legal requirements in REACH and POPs and propose appropriate analysis.

OEKO-TEX standard 201 "M-17 & ML-17 – organic tin compounds" are primarily used SS-EN ISO 22744-1:2020 can be requested. The methods are adapted to textiles, coated and foamed materials (PUR, PVC print (plastisol)), silicone and fluorocarbon treated materials, laminates (2 or 3 layers), softshell articles and cotton as well as for leather materials.

Written report in Swedish or English

After order and arrival of sample material - normal delivery time 10 working days

M-17 & ML-17 – organic tin compounds

SS-EN ISO 22744-1:2020 by request

Challenge testing is used for the practical assessment of growth, survival or reduction of relevant, pathogen or spoilage microorganisms when added to the actual product. It is an important tool when developing a new product or changning recipe.

Why use a challengetest?
Sometimes it is desirable or necessary to verify a theoretical assessment of growth, survival or inhibition of microorganisms by performing a practical challengetest. The test can be used to assess if the product is safe with regard to inhibition of growth from a pathogen or to the spoilage flora to be able to say if the product has the expected shelf life.
 

It is possible to evaluate what happens when preservatives are added and/or the product is stored in different temperatures, maybe in combination with a specific packaging technique.

How the test is done?
Microorganisms are carefully selected having a relevant origin and prehistory for the purpose of test to be done. The preferred pathogen or spoilage bacteria, yeast ond or mould are added to the product and the inoculated samples are stored under well defined temperature conditions before analysed at relevant time intervals. The challengetests are normally performed in the actual product, but sometimes it is more convinient to use a food model instead, mimicking the food composition.

Examples of challenge tests perfomed in our lab:
• Listeria monocytogenes in cold smoked salmon
• Clostridium botulinum in sausage batter after heat treatment
• Debaromyces, Zygosaccharomyces, Penicillium and Aspergillus in cold sauces, beverages
Effect from nitrite, NaCl, pH-value, sorbate, benzoate, lactate, protective cultures and MAP have been tested separately or in combination.

A challenge test is used to confirm or strengenth the result from a theoretical microbial risk assessment to secure the production of microbiologically shelf stable and safe food. 

A ventilation system consists of many different components, all of which through their design can contribute to good indoor air quality and thermal comfort being achieved in an energy-efficient way

RISE offers accredited testing of ventilation products where the purpose may be to verify the products, product development or as a basis for certification. RISE can also carry out market surveillance of ventilation products such as fans and kitchen rage hoods, which are subject to product-specific requirements according to ecodesign regulations.

Through its resources and expertise, RISE is able to offer a range of services in the field of ventilation. Within the testbed Ventilation and indoor environment there is also equipment for testing air filters and air cleaners. In addition to testing ventilation products, research and knowledge transfer are also carried out in the field of ventilation. RISE can also carry out advanced analysis and troubleshooting of the function of existing ventilation systems.

Some of our services in the area of ventilation product testing:

• Testing of duct systems, details and components
• Testing of supply air devices and exhaust air devices
• Testing of cooker hoods and stove fans
• Testing of outdoor air valves and overhead air devices
• Testing of dampers and valves
• Testing of fans

Tests are carried out at RISE's laboratories in Borås within the Ventilation and indoor environment testbed. Here we have the opportunity to evaluate aerodynamic properties in the form of pressure drop as a function of flow. For fans flow capacity and electrical efficiency are evaluated.  We are accredited by SWEDAC to carry out tests according to all the ventilation standards listed here beside. 

RISE also has an acoustics laboratory where we can offer accredited tests of sound generation or sound attenuation of ventilation products. Measurements of pressure drop as a function of flow can then be coordinated and carried out in the acoustics laboratory.

After testing, the customer normally receives a test report in Swedish and/or English. Depending on the purpose of the test, measurement data files, summaries or preliminary results can be obtained.

EN 13141-1
EN 13141-2
EN 13141-3
EN 13141-4
EN ISO 5801
IEC 61591
EN 13053
EN 1751
EN 1507
EN 15727