Site-specific safety systems designed around your risks, workflow, environment and operational requirements.

Custom-sized materials and shapes, prepared to your specifications with practical advice from CSI's experienced team.

BARO Studio provides precision manufacturing solutions for advanced engineering industries, including robotics, automotive, aerospace, defence, medical devices, and industrial automation. Our capabilities include CNC machining, rapid tooling, injection moulding, CMM inspection, and assembly, supporting customers from prototype development to low-volume production. With experience in complex metal and plastic components, BARO helps engineering teams turn ideas into high-quality physical parts with speed, flexibility, and reliable manufacturing support.

Custom solutions are our specialty! We support you in design, development and production of you custom solution - from modified standard to patented new developments.

Genuine DTM Label Stock has been thoroughly tested and certified by DTM Print. To produce exceptional product labels for all kinds of applications you not only need advanced print technology as integrated in our colour label printers but you also need high-quality material. DTM Print can make your blank labels for you. For you to print yourself, in-house and on-demand. This reduces your overall costs and wastage. We have a range of standard sizes in stock, and can produce any size and shape of label to your special order. We can supply paper, synthetics (e.g. PP, PE, PET) and special materials for laser marking technology. Contact us for samples and pricing.

Plasma pretreatment is the key enabler technology for microfine cleaning, surface activation and plasma coating of nearly all kinds of materials – from plastics, metals and glass to cardboard, textiles and composites. More and more conventional industrial pretreatment methods are being replaced by plasma technology in order to make processes more effective and environmentally friendly. Innovation is pivotal to what we do. Every day we work on developing new and creative solutions to meet our customers’ challenges. Plasmatreat offers a broad spectrum of plasma systems and equipment for atmospheric plasma processes (Openair-Plasma®) and for low-pressure plasma technology (Aurora). With our own technology centers and sales teams at 34 different locations around the world, the Plasmatreat group has a global presence. Backed by 20 years of experience, we can say with conviction that the future belongs to Plasma. The potential for application of plasma technology is virtually inexhaustible

As part of The Otter Group we manufacture thermal cut-out switches for Otter Controls. The H1 series is a rapid response thermal safety cut-out suitable for rapid heating or air sensing applications. The H1 series is available in either auto reset or electrical reset options and is rated up to 16A at 250V. It can be provided in various terminal options and with a protective cover and meets worldwide approvals.

SM-332-TA designed to optimize the production process of composite based end products.

Airtech manufactures fibre reinforced polymer composite resins for large-scale additive manufacturing pellet-fed FDM printing systems. Dahltram® resins have been specifically developed with the manufacture of tooling for composite manufacturing in mind. Dahltram® thermoplastic resins are uniquely suitable for multiple print platforms and offer production flexibility with end-use material approvals. They have been approved for application on all Thermwood LSAM 3D printers, Titan Robotics Atlas printers and CEAD AM Flexbot platforms. Using Dahltram® resins on large scale additive manufacturing can deliver • Rapid tooling delivery for prototyping and rate manufacturing programmes. • High accuracy, complex, high quality tooling solutions. • High temperature and pressure capability for tooling suitable for autoclave use. • Proven long service life and low CTE tooling. Airtech has been extruding and compounding resins for nearly 50 years. Additive manufacturing has enabled us to expand our resin offerings not only to our printers, but also to develop unique resins and purges for those with their own machines. Airtech Dahltram® resins and Print-Tech® in-house 3D printing services have been used by BBi Autosport to build carbon composite body panels for its high-performance racing vehicles, winning them first, first and third in class! Motorsport programs require rapid development cycles, and with Print-Tech®, these moulds can be produced faster than ever before. This unique ability enables aerodynamic development and part manufacturing to be completed in weeks, not months.

The Dalton Cumbrian Facility (DCF) is an established centre of radiation science and host to the Royce Irradiation Environments Technology Platform. The facility allows the research community to study and grow understanding of the complex interactions between ionising radiation and materials or processes. To enable this research, DCF houses large-scale sources of ionising radiation and a range of material modification, characterisation, and analytical equipment. The facility has a dedicated on-site team of research-active experimentalists to help the community to design, develop and deliver experiments to a high standard and to interpret data and outcomes. As well as being part of the Henry Royce Institute, DCF is a partner in the EPSRC UK National Ion Beam Centre and the National Nuclear User Facility. Purpose – Our purpose is to foster and support the understanding of radiation-driven processes and the responsible use of radiation. Vision – Our vision, as a leading hub for the UK radiation science community, is to support innovation in applications of radiation science and engineering. We perform cutting-edge research and skills development, engaging directly with our users, supporting an ever-growing community through modelling, planning and execution of experiments involving ionising radiations. Through the Henry Royce Institute, DCF offers facilities able to support all the research areas where there is an interest in behaviour of materials in radiation environments. This is particularly of relevance to 2D materials, advanced materials processing, biomedical materials, materials systems for demanding environments, and nuclear materials.

Data acquisition is the process of sampling signals measuring real world physical parameters and storing the signals as digital numeric values that can be viewed and analysed on a computer. Data acquisition systems are often abbreviated as DAQ. Data acquisition systems consist of sensors, signal conditioning circuitry including filters and isolation, analogue to digital converters and data storage, and may also include visual displays. StrainSense provide modular data acquisition systems for multiple applications, and power analyzers for electrical power measurement