Company details for:
Eurofins York Ltd
(5)
Unit 1 Ground Floor,
Arabesque House,
Monks Cross Drive,
York,
YO32 9GW,
United Kingdom
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Products
Testing & Certification Services
We are a leading provider of electronic compliance testing services in the UK, enabling products to readily and efficiently access the UK, European and Global Markets through CE marking and Global compliance certification.
Electrical Safety Testing
Meeting the requirements of the European Low Voltage Directive (LVD), 2014/35/EU, is an essential part of the CE Marking process.
Electrical Safety testing forms a central part of CE Marking and the assessment aims to ensure that a product has been designed and manufactured to be safe and not present a hazard to the user.
We provide electrical safety testing to harmonised European standards to allow manufacturers to demonstrate compliance to the European Low Voltage Directive (LVD), 2014/35/EU for CE marking, as well as providing them with the confidence to place their products on the market knowing that their products are safe to use.
We have been offering electrical safety assessments and compliance testing to International (IEC), European (EN) and National (BS) standards for over 15 years and in addition to CE marking can help you access global markets access through the CB Scheme. We have extensive test facilities including three UKAS accredited test laboratories near Bristol, Leeds and in Grangemouth.
Electrical Safety testing forms a central part of CE Marking and the assessment aims to ensure that a product has been designed and manufactured to be safe and not present a hazard to the user.
We provide electrical safety testing to harmonised European standards to allow manufacturers to demonstrate compliance to the European Low Voltage Directive (LVD), 2014/35/EU for CE marking, as well as providing them with the confidence to place their products on the market knowing that their products are safe to use.
We have been offering electrical safety assessments and compliance testing to International (IEC), European (EN) and National (BS) standards for over 15 years and in addition to CE marking can help you access global markets access through the CB Scheme. We have extensive test facilities including three UKAS accredited test laboratories near Bristol, Leeds and in Grangemouth.
Radio Equipment Testing
We can help you ensure that your Radio equipment products comply with their local wireless regulations.
Radio and Telecommunications products sold in various key markets must legally comply with their local wireless regulations; these requirements can be complex and vary from region to region.
Compliance with applicable directives is a legal requirement and there are penalties for both companies and individuals in breach of the regulations. By choosing Eurofins York (formerly York EMC Services), you ensure that your products conform to the necessary regional standards.
Radio and Telecommunications products sold in various key markets must legally comply with their local wireless regulations; these requirements can be complex and vary from region to region.
Compliance with applicable directives is a legal requirement and there are penalties for both companies and individuals in breach of the regulations. By choosing Eurofins York (formerly York EMC Services), you ensure that your products conform to the necessary regional standards.
Expert Services
Through Expert Services, we offer regulatory guidance, research and compliance management, bespoke testing and RF engineering
EMF Testing
Eurofins York (formerly York EMC Services) is highly experienced in the assessment of physically large equipment backed up by on-site EMC, EMF and safety measurements.
In addition to our laboratory based services we also offer
Regulatory compliance testing of physically large equipment for EMC and electrical safety on-site at the location of final installation or at the manufacturer’s premises
Electromagnetic (EM) Surveys from DC to 40 GHz
EMF assessments; including site-surveys against the requirements of the new EMF Directive 2013/35/EU
In addition to our laboratory based services we also offer
Regulatory compliance testing of physically large equipment for EMC and electrical safety on-site at the location of final installation or at the manufacturer’s premises
Electromagnetic (EM) Surveys from DC to 40 GHz
EMF assessments; including site-surveys against the requirements of the new EMF Directive 2013/35/EU
Bespoke Testing
We can test beyond the UKAS accredited standards listed and are highly experienced in troubleshooting, looking for specific areas of concern, spectrum control and uniquely specified environments.
CE Marking
We can provide guidance, testing and training to help you with the process of CE marking to European standards and directives for European market access.
CE marking is a legal requirement for most products sold in Europe but is not always fully understood or adhered to. Eurofins York (formerly York EMC Services) can help manufacturers and importers correctly CE Mark their products before placing them on the market.
To be compliant with the legislation, it is important to ensure that you are not only technically compliant with CE marking European Directives but also your technical documentation and Declaration of Conformity (DoC) are correct. Eurofins York can provide guidance throughout this process with our testing, training and expert services.
CE marking is a legal requirement for most products sold in Europe but is not always fully understood or adhered to. Eurofins York (formerly York EMC Services) can help manufacturers and importers correctly CE Mark their products before placing them on the market.
To be compliant with the legislation, it is important to ensure that you are not only technically compliant with CE marking European Directives but also your technical documentation and Declaration of Conformity (DoC) are correct. Eurofins York can provide guidance throughout this process with our testing, training and expert services.
Training
Whether it be essentials or more advanced and in-depth courses, York Training Academy's portfolio is designed to meet everyone’s training needs so that manufacturers, project engineers, designers and managers can achieve regulatory compliance in a knowledgeable and cost effective manner.
EMC Training
Electromagnetic Compatibility (EMC) in-person training, covering regulatory compliance, essential introductions, in-depth fundamentals and advanced knowledge based courses.
Rail EMC Training
Our Engineers are specialists in Rail EMC and offer both off-the shelf and bespoke training solutions to the rail industry.
EM Modelling
Computational Electromagnetic (EM) Modelling may be used as an alternative or complementary approach to practical electromagnetic measurements, in cases where simplifications and realistic assumptions can be made.
At Eurofins York we offer a range of Computational Electromagnetic (EM) Modelling solutions to suit our customer’s needs.
At Eurofins York we offer a range of Computational Electromagnetic (EM) Modelling solutions to suit our customer’s needs.
The EMC Directive Explained
The EMC Directive Explained is a one-day course providing a full understanding of the current EMC Directive 2014/30/EU, which came into force on 20th April 2016, replacing 2004/108/EC with no transition period.
It includes comprehensive guidelines on the requirements and contents of EMC documentation including Technical Documentation and the Declarations of Conformity (DoC); essential aspects of ensuring compliance with the EMC Directive.
The provisions of this Directive affect not just Manufacturers but also Authorised Representatives, Importers and Distributors in the EU. The implications of these provisions will be discussed in this course.
It is illegal to sell or operate electronic equipment or systems that are not compliant with the EMC Directive within the European Economic Area.
It includes comprehensive guidelines on the requirements and contents of EMC documentation including Technical Documentation and the Declarations of Conformity (DoC); essential aspects of ensuring compliance with the EMC Directive.
The provisions of this Directive affect not just Manufacturers but also Authorised Representatives, Importers and Distributors in the EU. The implications of these provisions will be discussed in this course.
It is illegal to sell or operate electronic equipment or systems that are not compliant with the EMC Directive within the European Economic Area.
York Reference Source 01
The York Reference Source (YRS01) is a broadband noise and comb source that is capable of producing a continuous noise output from 9 kHz to 1 GHz, or a comb of frequencies within the 5 kHz to 1 GHz range, with step size being selected by the user.
This noise generator enables observation of details over the full spectral range, while the comb generator allows for the reference signal output and noise floor to be viewed simultaneously, and also the frequency accuracy of measurement equipment to be checked.
The YRS01 is compact and battery powered, allowing operation as an electrically small source, which minimises the effect of the YRS01 itself when characterising the electromagnetic environment. The YRS01 is housed in a metal enclosure so that it can be mounted in direct contact with a metal ground plane as may be required by some tests. It is compatible with the CGE battery pack BP01.
This noise generator enables observation of details over the full spectral range, while the comb generator allows for the reference signal output and noise floor to be viewed simultaneously, and also the frequency accuracy of measurement equipment to be checked.
The YRS01 is compact and battery powered, allowing operation as an electrically small source, which minimises the effect of the YRS01 itself when characterising the electromagnetic environment. The YRS01 is housed in a metal enclosure so that it can be mounted in direct contact with a metal ground plane as may be required by some tests. It is compatible with the CGE battery pack BP01.
York Reference Source 02
The York Reference Source (YRS02) is a broadband noise and comb source that is capable of producing a continuous noise output from 9 kHz to 1 GHz, or a comb of frequencies within the 5 kHz to 1 GHz range, with step size being selected by the user.
This noise generator enables observation of details over the full spectral range, while the comb generator allows for the reference signal output and noise floor to be viewed simultaneously, and the frequency accuracy of measurement equipment to be checked.
The YRS02 is compact and battery powered, allowing operation as an electrically small source, which minimises the effect of the YRS02 itself when characterising the electromagnetic environment. The YRS02 is housed in a metal enclosure so that it can be mounted in direct contact with a metal ground plane, as may be required by some tests.
The YRS02 is supplied with a 50 Ω N-type output connector for direct connection to conducted measurement systems. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/RJ25/RJ45 adapter for connection to telecoms ISNs, to provide a reference source for conducted emissions setups.
This noise generator enables observation of details over the full spectral range, while the comb generator allows for the reference signal output and noise floor to be viewed simultaneously, and the frequency accuracy of measurement equipment to be checked.
The YRS02 is compact and battery powered, allowing operation as an electrically small source, which minimises the effect of the YRS02 itself when characterising the electromagnetic environment. The YRS02 is housed in a metal enclosure so that it can be mounted in direct contact with a metal ground plane, as may be required by some tests.
The YRS02 is supplied with a 50 Ω N-type output connector for direct connection to conducted measurement systems. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/RJ25/RJ45 adapter for connection to telecoms ISNs, to provide a reference source for conducted emissions setups.
York Reference Source 03
The York Reference Source (YRS03) is a multi-mode, broadband noise and comb source that is capable of producing a continuous noise output or a comb of frequencies within the 10 MHz to 6 GHz range, with the step size being selected by the user.
This noise generator enables observation of details over the full spectral range, while the comb generator allows for the reference signal output and noise floor to be viewed simultaneously, and the frequency accuracy of measurement of equipment to be checked.
The YRS03 is a compact and battery powered, allowing operation as an electrically small source, which minimises the effect of the YRS03 itself when characterising the electromagnetic environment. The YRS03 is housed in a metal enclosure so that it can be mounted in direct contact with a metal ground plane as may be required by some tests.
The YRS03 is supplied with a 50 Ω N-type output connector for direct connection to conducted measurement systems. For radiated operation, antennas can be attached to the unit’s output connector.
This noise generator enables observation of details over the full spectral range, while the comb generator allows for the reference signal output and noise floor to be viewed simultaneously, and the frequency accuracy of measurement of equipment to be checked.
The YRS03 is a compact and battery powered, allowing operation as an electrically small source, which minimises the effect of the YRS03 itself when characterising the electromagnetic environment. The YRS03 is housed in a metal enclosure so that it can be mounted in direct contact with a metal ground plane as may be required by some tests.
The YRS03 is supplied with a 50 Ω N-type output connector for direct connection to conducted measurement systems. For radiated operation, antennas can be attached to the unit’s output connector.
Comparison Noise Emitter V
The Comparison Noise Emitter V (CNE V) is a low-cost broadband noise source providing a continuous output from 9kHz to 1GHz. The stable output allows the CNE V to be used as a general-purpose reference source for characterising and verifying both conducted and radiated test environments.
The broadband nature of the output enables the observation of details within the spectrum that would be missed when using a comb generator, whilst the power output level of the unit avoids the overloads possible with impulsive noise sources that may cause damage to the sensitive input circuits of receiving equipment.
The CNE V is supplied with a 50 Ω BNC-type output connector for direct connection to conducted measurement systems. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/ RJ25/RJ45 adapter for connection to telecoms ISNs.
The broadband nature of the output enables the observation of details within the spectrum that would be missed when using a comb generator, whilst the power output level of the unit avoids the overloads possible with impulsive noise sources that may cause damage to the sensitive input circuits of receiving equipment.
The CNE V is supplied with a 50 Ω BNC-type output connector for direct connection to conducted measurement systems. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/ RJ25/RJ45 adapter for connection to telecoms ISNs.
Comparison Noise Emitter V+
The Comparison Noise Emitter V+ (CNE V+) is an enhanced version of the low-cost CNE V broadband noise source, providing an extended continuous output from 9 kHz to 3.5 GHz with a useable output to 5 GHz.
The highly stable output allows the CNE V+ to be used as a general-purpose reference source for characterising and verifying both conducted and radiated test environments.
The broadband nature of the output enables the observation of details within the spectrum that would be missed when using a comb generator, whilst the power output level of the unit avoids the overloads possible with impulsive noise sources that may cause damage to the sensitive input circuits of receiving equipment.
The CNE V+ is supplied with a 50 Ω BNC-type output connector for direct connection to conducted measurement systems. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/RJ25/RJ45 adapter for connection to telecoms ISNs.
The highly stable output allows the CNE V+ to be used as a general-purpose reference source for characterising and verifying both conducted and radiated test environments.
The broadband nature of the output enables the observation of details within the spectrum that would be missed when using a comb generator, whilst the power output level of the unit avoids the overloads possible with impulsive noise sources that may cause damage to the sensitive input circuits of receiving equipment.
The CNE V+ is supplied with a 50 Ω BNC-type output connector for direct connection to conducted measurement systems. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/RJ25/RJ45 adapter for connection to telecoms ISNs.
Comparison Noise Emitter VI
The Comparison Noise Emitter VI (CNE VI) is the latest generation broadband noise source, capable of providing a continuous output from 30 Hz to 6 GHz. The stable output allows the CNE VI to be used as a general-purpose reference source for characterising and verifying both conducted and radiated test environments.
The CNE VI is a broadband noise source that is capable of producing a continuous noise output within the 30 Hz to 6 GHz frequency range. The broadband nature of the output enables the observation of details within the spectrum that would be missed using a comb generator.
The CNE VI features two separate outputs; a 50 Ω BNC connector for the 30 Hz to 30 MHz signal and a 50 Ω N-type output connector for the 30 MHz to 6 GHz signal. For radiated operation, either output can be attached to a selection of antennas available in a range of frequency coverage and types. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/RJ25/RJ45 adapter for connection to telecoms ISNs.
The CNE VI is a broadband noise source that is capable of producing a continuous noise output within the 30 Hz to 6 GHz frequency range. The broadband nature of the output enables the observation of details within the spectrum that would be missed using a comb generator.
The CNE VI features two separate outputs; a 50 Ω BNC connector for the 30 Hz to 30 MHz signal and a 50 Ω N-type output connector for the 30 MHz to 6 GHz signal. For radiated operation, either output can be attached to a selection of antennas available in a range of frequency coverage and types. An IEC 320 adapter is also available to provide a connection to LISN equipment, as well as an RJ11/RJ14/RJ25/RJ45 adapter for connection to telecoms ISNs.
Comb Generator Emitter 01
The Comb Generator Emitter 01 (CGE01) is a compact, battery-powered, reference signal source that generates a broadband radiated and/or conducted output up to 18 GHz. When used as a verification reference source, the known output allows unknowns within systems or components to be measured or calculated. The compact size allows small enclosures to be evaluated when used as a reference source for shielding effectiveness measurements.
The CGE01 can be supplied with a 50 Ω SMA output connector (CGE01C) for direct connection to conducted test systems, or to an external antenna in order to generate test fields for evaluating radiated emission test systems. Alternatively, to achieve the best repeatability and compactness for purely radiated applications, the CGE01 can be supplied with an integrated antenna (CGE01R).
The CGE01 harmonic steps can be switched between 80 MHz and 100 MHz as standard, allowing more frequency points to be measured than is possible with a fixed-frequency source. A 50 MHz/80 MHz step option is available by special request, allowing measurements compliant with chamber validations above 1 GHz according to CISPR 16.
The CGE01 can be supplied with a 50 Ω SMA output connector (CGE01C) for direct connection to conducted test systems, or to an external antenna in order to generate test fields for evaluating radiated emission test systems. Alternatively, to achieve the best repeatability and compactness for purely radiated applications, the CGE01 can be supplied with an integrated antenna (CGE01R).
The CGE01 harmonic steps can be switched between 80 MHz and 100 MHz as standard, allowing more frequency points to be measured than is possible with a fixed-frequency source. A 50 MHz/80 MHz step option is available by special request, allowing measurements compliant with chamber validations above 1 GHz according to CISPR 16.
Comb Generator Emitter 02
The Comb Generator Emitter 02 (CGE02) is a compact, battery-powered, reference signal source that generates a broadband radiated and/or conducted output up to 26 GHz. When used as a verification reference source, the known output allows unknowns within systems or components to be measured or calculated.
The compact size allows small enclosures to be evaluated when used as a reference source for shielding effectiveness measurements.
The CGE02 can be supplied with a 50 Ω SMA output connector (CGE02C) for direct connection to conducted test systems, or to an external antenna in order to generate test fields for evaluating radiated emission test systems. Alternatively, to achieve the best repeatability and compactness for purely radiated applications, the CGE02 can be supplied with an integrated antenna (CGE02R).
The compact size allows small enclosures to be evaluated when used as a reference source for shielding effectiveness measurements.
The CGE02 can be supplied with a 50 Ω SMA output connector (CGE02C) for direct connection to conducted test systems, or to an external antenna in order to generate test fields for evaluating radiated emission test systems. Alternatively, to achieve the best repeatability and compactness for purely radiated applications, the CGE02 can be supplied with an integrated antenna (CGE02R).
Comb Generator Emitter 03
The Comb Generator Emitter 03 (CGE03) is a compact, battery-powered, reference signal source that generates a broadband conducted output from 900 MHz up to 40 GHz. When used as a verification reference source, the known output allows unknowns within systems or components to be measured or calculated.
The CGE03 is supplied with a 50 Ω 2.9 mm output connector for direct connection to conducted test systems, or to an external antenna in order to generate test fields for evaluating radiated emission test systems.
The CGE03 harmonic steps can be switched between 900 MHz and 1 GHz as standard, allowing more frequency points to be measured than is possible with a fixed-frequency source.
The CGE03 is supplied with a 50 Ω 2.9 mm output connector for direct connection to conducted test systems, or to an external antenna in order to generate test fields for evaluating radiated emission test systems.
The CGE03 harmonic steps can be switched between 900 MHz and 1 GHz as standard, allowing more frequency points to be measured than is possible with a fixed-frequency source.
ARA Active Receive Antenna
The Active Receive Antenna (ARA01) is a compact dipole receive antenna for RF and EMC emissions testing with an antenna factor comparable to a conventional wideband passive antenna such as the Bilog™.
The small size makes the ARA01 particularly suitable for use in anechoic chambers; however it can also be used on an Open Area Test Site (OATS) or at on-site locations.
The ARA01 features two sets of interchangeable Dipole Antenna Elements (DAE). The standard set (DAE01) is optimized for 200 MHz to 1 GHz, with usable sensitivity down to 30 MHz. For improved sensitivity between 30 MHz to 300 MHz, the optional DAE02 set is available.
The small size makes the ARA01 particularly suitable for use in anechoic chambers; however it can also be used on an Open Area Test Site (OATS) or at on-site locations.
The ARA01 features two sets of interchangeable Dipole Antenna Elements (DAE). The standard set (DAE01) is optimized for 200 MHz to 1 GHz, with usable sensitivity down to 30 MHz. For improved sensitivity between 30 MHz to 300 MHz, the optional DAE02 set is available.
Harmonic and Flicker Generator 01
The Harmonics & Flicker Generator (HFG01) has been designed for the purpose of verifying harmonic and flicker test equipment.
The HFG01 provides an easy and reliable way to externally check the performance of the measurement system to the IEC/EN 61000-3-2 harmonics and IEC/EN 61000-3-3 flicker standards; particularly important as these tests rely on software control and calculation, and for which there is no intuitive sense of the response.
The HFG01 provides a series of harmonic and flicker disturbances of a nominal but stable level. This allows the user to periodically verify their test equipment, helping maintain compliance with standards and laboratory quality procedures. Alternatively, due to its stability, it may be used as a transfer standard from a known, calibrated test system.
The HFG01 is a standalone device and requires no additional equipment. It connects directly to the test equipment and simulates the equipment under test (EUT), generating known, repeatable levels of harmonic and flicker disturbance.
The HFG01 provides an easy and reliable way to externally check the performance of the measurement system to the IEC/EN 61000-3-2 harmonics and IEC/EN 61000-3-3 flicker standards; particularly important as these tests rely on software control and calculation, and for which there is no intuitive sense of the response.
The HFG01 provides a series of harmonic and flicker disturbances of a nominal but stable level. This allows the user to periodically verify their test equipment, helping maintain compliance with standards and laboratory quality procedures. Alternatively, due to its stability, it may be used as a transfer standard from a known, calibrated test system.
The HFG01 is a standalone device and requires no additional equipment. It connects directly to the test equipment and simulates the equipment under test (EUT), generating known, repeatable levels of harmonic and flicker disturbance.
Harmonics and Flicker Generator 02
The new Harmonics & Flicker Generator (HFG02) is our newest HFG product. It is a multi-function electronic load which has been designed with the purpose of verifying harmonic and flicker test equipment.
The HFG02 offers an easy and reliable way to externally check the performance of the measurement system to the EN/IEC 61000-3-2 harmonics and IEC/EN 61000-3-3 flicker standards. A reference source is particularly useful where there is little intuitive sense of the expected response and the tests rely on software control and calculation to produce a result.
The HFG02 provides a series of harmonic and flicker disturbances of a nominal but stable level. This allows the user to periodically verify their test equipment, helping maintain compliance with standards and laboratory quality procedures. Alternatively, due to its stability, it may be used as a transfer standard from a known calibrated test system.
The HFG02 is a standalone device that connects directly to the test equipment and simulates it under test (EUT), generating known repeatable levels of harmonic and flicker disturbance.
The HFG02 offers an easy and reliable way to externally check the performance of the measurement system to the EN/IEC 61000-3-2 harmonics and IEC/EN 61000-3-3 flicker standards. A reference source is particularly useful where there is little intuitive sense of the expected response and the tests rely on software control and calculation to produce a result.
The HFG02 provides a series of harmonic and flicker disturbances of a nominal but stable level. This allows the user to periodically verify their test equipment, helping maintain compliance with standards and laboratory quality procedures. Alternatively, due to its stability, it may be used as a transfer standard from a known calibrated test system.
The HFG02 is a standalone device that connects directly to the test equipment and simulates it under test (EUT), generating known repeatable levels of harmonic and flicker disturbance.
CCC Cable Coupling Clamp
The Cable Coupling Clamp (CCC01) is a reusable test jig for the purpose of measuring the shielding properties of cables.
The CCC01 is designed to allow easy positioning of the test and injection feed cables in accordance with the layout described in IEC 96-1 Amendment 2 1993-06. This simplifies the process of making repeatable measurements aimed at assessing the coupling and shielding effectiveness properties of a wide range of cables.
The CCC01 design is based on the details of the “launcher” arrangement, described in IEC 96-1 Amendment 2 1993-06 section A.5.6 Line Injection Method (frequency domain). This arrangement is also used in IEC 62153-4-6: 2006 and mandated for the line injection method in EN 50289-1-6.
The CCC01 is designed to allow easy positioning of the test and injection feed cables in accordance with the layout described in IEC 96-1 Amendment 2 1993-06. This simplifies the process of making repeatable measurements aimed at assessing the coupling and shielding effectiveness properties of a wide range of cables.
The CCC01 design is based on the details of the “launcher” arrangement, described in IEC 96-1 Amendment 2 1993-06 section A.5.6 Line Injection Method (frequency domain). This arrangement is also used in IEC 62153-4-6: 2006 and mandated for the line injection method in EN 50289-1-6.
About us
Trusted providers of bespoke testing and certification services for electrical compliance purposes, Eurofins York specialise in high-end solutions that are guaranteed to maximise productivity and efficiency. With over 25 years’ experience in this area of expertise, our company has worked across a number of industries and sectors over the years, some of which include railway, consumer electronics, military, industrial, IT, laboratory, lighting, radio and communications, medical, built environment, oil and gas, renewable energy and many more.
Providing global regulatory compliance, CE marking solutions and certification across the UK and Europe, we as a company have offered a unique and innovative range of services that cannot be matched by any other business. We have developed a number of profound, efficient services for electrical safety testing, radio equipment testing, electromagnetic site surveys, on-site testing, EMC, radio and safety guidance, electromagnetic modelling, shielding effectiveness and regulatory training in EMC, safety and radio, EMF and rail.
Since establishment, we at Eurofins have helped thousands of customers across the nation find the most safe and reliable products on the market for their commercial or industrial application. We provide a competitive edge that is unparalleled on the current market. Our products and services are specifically designed to improve performance, marketing and risk assessment strategies. We are fully committed to our customers and strive to provide the best solutions money can offer. Our team of professionals are fully qualified and more than happy to offer outstanding customer service.
Here at Eurofins, we specialise in numerous products and instrumentation including broadband reference sources, dual mode comb/noise generators, comb generators, harmonics and flicker generators, active receive antenna and cable coupling clamps. Our company has been in operation since 1995, continuing to develop high quality compliance solutions for a number of projects throughout the UK and beyond. We provide ongoing guidance across all projects from start to finish, adding value to all products and ensuring maximum flexibility.
Over the years, we as a company have worked hard to become the UK’s most trusted regulatory compliance partner. Our staff here at Eurofins are highly knowledgeable and experienced, which has resulted in numerous happy customers over the last two decades. Our team is 100% reliable and are more than capable of helping customers achieve ultimate success. We have four sites across the UK, including three UKAS accredited testing laboratories that are utilised for expert services, product texting, certification, training and instrumentation for the UK’s leading brands.
Here at Eurofins, we have an extensive range of accreditations and certifications, including ISO 17025: UKAS Accreditation (1574), ISO 9001 Certification, Notified Body Appointment (2636), Conformity Assessment Body (CAB), CB Scheme CBTL Appointment, VCCI Registration, Railway Industry Supplier Qualification Scheme (RISQS), CIRAS Member, Personal Track Safety (PTS), Industry Common Induction with London Underground (ICI-LU) Endorsement and Construction Skills Certification Scheme (CSCS).
Providing global regulatory compliance, CE marking solutions and certification across the UK and Europe, we as a company have offered a unique and innovative range of services that cannot be matched by any other business. We have developed a number of profound, efficient services for electrical safety testing, radio equipment testing, electromagnetic site surveys, on-site testing, EMC, radio and safety guidance, electromagnetic modelling, shielding effectiveness and regulatory training in EMC, safety and radio, EMF and rail.
Since establishment, we at Eurofins have helped thousands of customers across the nation find the most safe and reliable products on the market for their commercial or industrial application. We provide a competitive edge that is unparalleled on the current market. Our products and services are specifically designed to improve performance, marketing and risk assessment strategies. We are fully committed to our customers and strive to provide the best solutions money can offer. Our team of professionals are fully qualified and more than happy to offer outstanding customer service.
Here at Eurofins, we specialise in numerous products and instrumentation including broadband reference sources, dual mode comb/noise generators, comb generators, harmonics and flicker generators, active receive antenna and cable coupling clamps. Our company has been in operation since 1995, continuing to develop high quality compliance solutions for a number of projects throughout the UK and beyond. We provide ongoing guidance across all projects from start to finish, adding value to all products and ensuring maximum flexibility.
Over the years, we as a company have worked hard to become the UK’s most trusted regulatory compliance partner. Our staff here at Eurofins are highly knowledgeable and experienced, which has resulted in numerous happy customers over the last two decades. Our team is 100% reliable and are more than capable of helping customers achieve ultimate success. We have four sites across the UK, including three UKAS accredited testing laboratories that are utilised for expert services, product texting, certification, training and instrumentation for the UK’s leading brands.
Here at Eurofins, we have an extensive range of accreditations and certifications, including ISO 17025: UKAS Accreditation (1574), ISO 9001 Certification, Notified Body Appointment (2636), Conformity Assessment Body (CAB), CB Scheme CBTL Appointment, VCCI Registration, Railway Industry Supplier Qualification Scheme (RISQS), CIRAS Member, Personal Track Safety (PTS), Industry Common Induction with London Underground (ICI-LU) Endorsement and Construction Skills Certification Scheme (CSCS).
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