EPR200M Benchtop EPR Spectrometer Overview The CIQTEK EPR200M is a compact X-band electron paramagnetic resonance spectrometer for scientific and industrial use. It delivers high sensitivity, accuracy and stability for routine QC, research and method development in a small benchtop footprint. Key features • High sensitivity and stability for precise, repeatable EPR measurements • Integrated control and data processing software with easy tuning and guided workflows • Benchtop design that is compact and convenient for desktop installation • Optional built-in standards for accurate g value and quantitative EPR • Wide application coverage across chemicals, environmental science, materials science, biomedical, food and industrial sectors Accessories • Automated goniometer for crystal studies • In situ optical stimulation system for photocatalysis and light driven experiments • Liquid nitrogen variable temperature unit for low temperature measurements Typical applications • Free radical detection and antioxidant characterisation • Monitoring environmentally persistent free radicals and air pollution studies • Reactive oxygen species research for biomedical applications • Defects in single crystals, magnetic materials and catalytic materials • General EPR method development, teaching and QA testing What makes it different EPR200M combines research grade sensitivity with a true benchtop format and turnkey software, plus a broad accessory ecosystem that expands capability without complex setup. Summary A versatile, user friendly X-band EPR system that provides accurate, traceable results for laboratories that need reliable performance, flexible workflows and minimal maintenance in a compact footprint.

Atom Scientific features a comprehensive range of laboratory equipment from Falc Instruments, a leading manufacturer with over 50 years of expertise. Falc Instruments provides innovative and reliable tools essential for various scientific applications.

No requirement for a full Laboratory relocation? Need just an equipment move, OEM delivery, Lab storage or small suite re-shuffle? We can do that too! We can tailor our services to be as adaptive as required, not only servicing the pharmaceutical sector, but also Lab based environments within Life Sciences, BioTech, the Food & Drinks Industry, the Energy Sector, Precision Engineering Industries, Health & Diagnostics, Environmental Services and Higher Education Facilities. Our robust Quality Management System is certified to ISO 9001:2015 standards, ensuring a consistent benchmark for high quality service, operational efficiency, continual monitoring and customer driven policy. We would love to discuss your future project, idea or requirement, so reach out to our dedicated Laboratory Team TODAY and see how we can help!

We are aware of the premium value of space in today’s business world and in response we offer storage facilities to suit all requirements. With our very own warehouse facilities based at our Cambridgeshire Headquarters, we are able to accommodate high volumes of palletised equipment or consumable storage, file storage, or secured confidential document storage. We offer a full packing service to compliment this and can prepare and make ready all items for short or long term storage, including detailed asset lists. We fully understand that quality safety and security of your stored goods is paramount, so you can rest assured that our fully comprehensive Insurance Packages and Surveillance Systems keep your goods protected. With many of our clients having additional offices worldwide, international shipping is an integral part of our workload. We offer a premium export packing service, with the highest attention to detail, to ensure the safe transit and delivery of every item. We recognise the importance of delivering items safely, securely and without damage and endeavour to provide safeguards at every opportunity. We can assess the packing needs of the specific item to be relocated, considering factors such as temperature control, distance and duration of transportation and transportation mode. We can then have bespoke crates produced which would be tailored specifically to the item being shipped. Offering heat treated crates in line with ISPM15 (International Phytosanitary Standard for Wood Packaging), Stratocell Foam packaging, shock detectors and tilt indicators, foil bags, shrink wrapping, cushioning felt and chip foam if required. We can ship singular pieces of equipment, be it a specific piece of Laboratory equipment, a computer server or large machinery, but can also manage and co-ordinate the shipping of large scale office/laboratory relocations, or high volumes of equipment. Including FULL customs administration.

ERAFLASH is a true industry standard for Flash Point MEasurements. With ASTM D6450 and D7094 methods, it ensures safety with no open flame or fire hazard, using only 1–2 mL of sample in a closed chamber. Powered by PBT, it boasts high-speed heating and cooling rates, reducing turnaround times significantly. With a wide measurement range from -25 °C (with a chiller connected) to 420 °C (with high temp module), ERAFLASH is the go-to solution for industries ranging from fuel and solvents analysis to fragrances, food ingredients and cosmetics, ensuring precise results with unmatched efficiency.

Chemical resistance is a problem in your process? – CP’s ceramic lined pump is thanks to its high qualitative CP technology the proper solution. The double mechanical seal FuturaMik® developed by CP’s experts allows the handling of high solid laden fluids. On product side it is completely non-metallic which prevents the mechanical seals' units from sticking. Using centrifugal force and a special design the solids can be kept away from the seal. Benefit from low NPSH values and high efficiency by using an open, soil resistant impeller. Also, take advantage of chemical resistance thanks to a high qualitative, non-corrosive, abrasion and diffusion resistant industrial ceramic lined casing whose lining is strongly fixed to it.

From hazardous areas to the cloud: with ranges of up to 1000 meters and transmission speeds of 10 Mbit/s, Ethernet-APL is paving the way for the Internet of Things in process automation. Existing installations can be used and existing plants can be modernized at low cost. Decades of experience make us a competent partner as you prepare for Industry 4.0. The Ethernet-APL rail field switch is the first switch with Ethernet-APL. It allows users in process plants to deploy Ethernet beyond the control room throughout the plant for the first time. The field switch provides seamless, transparent and simultaneous access to field instrumentation. It enables entirely new applications and therefore new work processes for how users work with instrumentation and all other devices installed in the field of process plants. This brings digital communication via two-wire Ethernet into the field of process plants and allows for easy implementation of IIoT applications into process automation applications. All parties involved, from the planner to the user to the maintenance personnel, are therefore able to reduce risks and increase safety, quality and yield. The fastest and most efficient way to continuously communicate large amounts of data from hazardous areas to the cloud *Cable length of up to 1,000 m and a transfer rate of 10 Mbit/s *Two-wire cable: Data and power are transmitted simultaneously along the same cable *Common physical layer for all devices that provides barrier-free communication between the office and the field *Access to valuable field device data anytime, anywhere enhances transparency and control *Enables analytics based on previously unavailable data for improved plant performance and availability *Easy migration and simple, cost-effective plant modernization with automatic detection of fieldbus communication

Enviresearch helps chemical companies secure and maintain access to the European market through expert EU and UK REACH compliance support. Whether you need full registration management or targeted regulatory advice, we deliver practical, science-led solutions that reduce risk and keep your business moving. How we support you: • REACH strategy and regulatory advisory • Inquiry & registration dossier preparation (IUCLID) • Only Representative services (EU & UK) • REACH compliance health checks • SDS authoring and compliance review • CLP classification & labelling • Poison Centre Notifications (PCN) • Data gap analysis & testing strategies • Study commissioning & technical dossier development Our multidisciplinary team combines regulatory expertise with deep scientific knowledge in chemistry, toxicology, environmental fate and ecotoxicology — ensuring your registrations are robust, defensible and submission-ready. With offices in the UK and Portugal, we provide seamless EU and UK Only Representative coverage. Let’s discuss how we can support your portfolio.

Panel-mounting instruments with single measurement input, user-friendly interface, USB port for configuration uploading, data downloading and system updating, RS485/Modbus RTU communication.

The EVOLUTION of industrial control. Measurements and control units featuring one or two input channels, fully configurable by the user according to the installation needs. Equipped with a series of functions designed to make this instrumental line suitable for the most varied industrial applications. Can be combined with STEIEL exclusive and patented system for compact and space-saving assembly of the sensor-holder, directly fixed on the instrument case. The symmetrical fixing plate allows the maximum installation flexibility. You can mount the sensor-holder on the left or right side, depending on which one best fits your installation needs!

Expansion joints used in FCCU service are exposed to high temperatures, high pressures, large movement conditions and very aggressive media and therefore they are considered highly engineered units and one of the most critical and complex types of expansion joints manufactured. The design of these expansion joints is complex because: -They must be suitable to operate at high process temperatures -They must be resistant to erosion by catalyst -They must be resistant to corrosion and stress corrosion cracking during operation and shutdown conditions -They shall ensure an adequate fatigue life -They must absorb large movements -They shall ensure a good pressure resistance capacity while having a good flexibility MACOGA has advanced capabilities to design and analyse FCCU Expansion Joints and all its components and accessories operating at high temperatures. Our analysis tools, e.g. non-linear finite element stress and heat transfer analysis (FEA) make possible to analyse complex components. With our 3D mechanical CAD software our engineers design FCCU Expansion Joints to the same conditions that they’ll experience in the real world before they have been built. This is a design validation tool that helps our engineers to test the designs earlier in the design cycle and against real-world conditions. This lead us to improved design quality and manufacturing efficiency, while reducing time to market, costs and materials waste. FEA/CFD Our engineers are skilled in using Finite Element Analysis (FEA) and Computer Fluids Dynamics (CFD) to analyze the thermal-mechanical performance of different kind of systems. Finite Element Analysis (FEA) based structural stress analysis is a valuable tool in the evaluation and optimization of product designs for systems including structural stress due to mechanical and thermal loading.

Differential axial expansion between the shell and the tube bundle is a well-known problem in fixed tube sheet heat exchanger and pressure vessels design. In heat exchangers, inner tubes and shells frequently do not expand at the same rate due to differences in the materials used, varying temperatures, and other factors. If the heat exchanger is not prepared to control this longitudinal thermal expansion, pressure and dimensional changes in the tubes or shell can cause significant damage to the unit. Expansion joints are promising for accommodating differential thermal expansion of heat exchanger shells. Differences in the axial expansion of the shell and the tube bundle due to high mean metal temperature differentials warrant incorporation of expansion. This is particularly true for fixed tube-sheet exchangers. In most cases, the internal tubes of exchangers are made of nickel alloys or stainless steel material which means that they expand approximately 50% more than carbon steel, which is the material from which the shells are usually manufactured. The most optimal way to manage and control the differences in thermal expansion between tubes and shell is with the installation of expansion joints in the outer shell.

Our UK-based combustible dust testing laboratory generates explosion severity test data for your combustible dusts. This test generates useful data for any dust that can form a flammable atmosphere. It also determines maximum explosion pressure and provides four key values: Pmax – The greatest peak pressure achieved throughout a test series. dP/dtmax – The greatest achieved rate of explosion pressure rise. Kst – A dusts’ explosion severity. St Class – Classification of dusts into classes to help with selection of protective equipment (i.e. explosion suppression and vent sizing). The Explosion Severity test will aid in characterising, preventing, protecting and mitigating combustible dust explosions.