The MP0 and MP0R are simple, non-destructive coating thickness gauges. With their dual displays, robust housings and wear-resistant probe tips, they’re the ideal companions for reliable usage onsite. Whether on cars, ships, bridges or inaccessible steel structures, these small handheld paint thickness gauges, you can measure the vehicle paint thickness and anti-corrosion paint thickness quickly, easily and non-destructively.

RESIN ROLLER LINEAR GUIDE

RESIN ROLLER LINEAR GUIDE MRG30 Passed a run test of 100km •Supports horizontal load Fx, Fv, moment in Mz direction, and vertical usage. •Guide block uses resin rollers for quiet operation. •Blue rollers are made of Monomer Cast Nylon for enhanced durability. •Tested at 200mm/s for 500,000 round trips of 100mm (total distance 100km). Application •Automated machines, medical equipment, analytical devices, machine tools, etc. Highly Durable Monomer Cast Nylon Rollers Roller type mechanism eliminates ball creep. Ball creep is a phenomenon where travel distances vary between outward and return paths due to a misaligned ball contact point that may occur on ball type rails because of sliding or applied force. If extra load is applied in this state, the rail may become unable to move.

To help with the battle against rising energy and transportation costs, SHD’s novel MTB350 epoxy prepreg system can be stored at a typical room temperature of 20°C/68°F for up to 6 months and still maintain product life. By removing the requirement for freezing during transportation and storage, MTB350 therefore offers potential for significant associated cost savings. This unique epoxy system provides not only a clear financial saving but also an additional environmental benefit. The reduced CO₂ footprint achieved in avoiding frozen shipment and storage being coupled with a resin system formulated to include 30% certified bio-based content. Complementing the extended room temperature product life, MTB350 is a versatile component system with excellent baseline mechanical performance, service up to 140°C/284°F and the capacity to ‘snap cure’ at elevated temperatures. MTB350 has also been optimised to work well in combination with natural fibre reinforcements such as flax, providing improved handling characteristics and excellent fibre wet-out throughout the full manufacturing processing. This is another material development that underlines SHD’s continued commitment to real and tangible gains supporting the composites supply chain on its long road to Net-Zero.

MTC400-1 is an epoxy resin system designed to cure between 80°C and 135°C allowing flexibility in component manufacture. It is a toughened epoxy resin system designed for component manufacturing that can be supplied on a variety of fabrics and in UD format to meet your cost and manufacturing requirements. Key Features & Benefits • Cure temperature from 80°C to 135°C • Service temperature up to 200°C after post cure • Low CTE and shrinkage • Work life at 20°C: 30 days • Storage life at -18°C: 12 months • Very low VOC content – no added solvents during manufacture • Improved toughness over MTC400

MTE500 is a new cost-efficient epoxy component system engineered for optimised performance across a broad range of applications. The hot-melt, solvent-free, resin system represents an evolution in formulation, product processing, and final prepreg format delivering a solution with superior processing versatility and exceptional visual qualities. With improved handling, 60-day outlife at 20°C and 24 months freezer storage life, MTE500 offers excellent flexibility for manufacturers whilst maintaining cost effectiveness. Key features: Improved handling Superior processing versatility and optimised performance Exceptional visual qualities 60-day outlife at 20°C and 24 months freezer storage life Solvent free Cost effective

Interface Force Measurement call supply 3 and 6 axis load cells for a wide range of applications. These include control stick feed back measurement, wind tunnel testing, robotics, wave and tow tank applications, renewable energy tests. Capacities range from just 20 newtons to 500kilonewtons. Six axis sensors can be supplied in IP68, submersible versions on request. Our extensive range of multi axis sensors are supported by multi-channel amplifiers that offer internal crosstalk compensation and choices of signal output; including analogue, USB, EtherCAT, CANbus/CANopen.

A Fully automatic Multi ply solution. Automatic Spreading solution for rapid lay up of material which then passes onto the Procut 8001 capable of cutting up to 8cm of compressed layers of composites, depending on the material characteristics and material thickness. This cutting machine is a perfect solution for mass-production of composites parts, be it carbon fibre, glass fibre or Kevlar.

MVAS safety vertical toggle clamps from Elesa UK for clamping/adjustment of equipment.

Fume Eliminator GoMax - Intelligent on-torch and robotic welding fume extraction. With highly efficient, user-friendly intelligent welding fume extraction for on-torch use, the Fume Eliminator GoMax is perfectly suited for robotic, cobot, and manual welding applications. Welding fumes are captured directly at the source before they spread into the air, reducing the risk of exposure to harmful substances. Whether manually activated, automatically controlled by a welding torch, or robot, GoMax will quickly ramp up to the necessary extraction airflow, ensuring a safer and cleaner working environment.

Nederman SAVE is an optimisation and performance enhancement technology for your new or existing industrial filtration system. Using information from machines and processes, Nederman SAVE will adjust your system for efficient operation, reducing energy consumption, fire and explosion risk and maintenance time. In addition, it will also provide data to help you create compliance for automation, digitalisation and industry 4.0 investments. Scalable and versatile, manufacturers large and small can benefit from utilisation of Nederman SAVE across wood manufacturing, welding and dry dust applications.

Belotti NESTING is the news, smart and compact 3-axis cnc center to machine and nest even small and detailed pieces out of a single aluminum or technical plastic panel, up to 30 mm thick NESTING is an automated and extremely flexible technological solution. This Belotti CNC center always operates in accordance with high-quality standards and tight tolerance ranges, machining even small and very detailed finished parts out of blank aluminium sheets or other materials’ large plates. Thanks to several technical advantages, NESTING represents a reliable solution for different applications such as mechanical engineering, checking fixture, packaging, aerospace and automotive. Its ability to carry out unattended operations for the entire cycle time allows to reduce the operator cost significantly, increasing the overall efficiency. NESTING is the last born Series of Belotti 3-axis machining centres: with its monolithic structure, streamlined configuration possibilities and reduced consumption flanks the premium series NOVA. This Series shares the NOVA's large worktable (up to 4 x 2 m) and is best suited to machining pieces up to 30 mm thickness, always guaranteeing the accuracy and the efficiency (material, time and cost optimisation) of all Belotti solutions. The new NESTING Series together with the NOVA Series represent a further step towards the main company's goal: providing full solutions able to meet the highest standards of accuracy and efficiency while satisfying the many and varied needs emerging from different markets – specifically, the high-speed nesting of plastic panels as well as the production of multi-layered checking fixtures and other mechanical components from aluminium sheets.

NEW EVO Cam HALO from Vision Engineering, a new 4K digital microscope that redefines the standard for clarity, precision and consistency in inspection and measurement tasks. Suitable for a wide range of inspection applications, EVO Cam HALO combines stunning 4K image quality with advanced, adaptive illumination, and new intelligent software, empowering users to capture the most challenging details with unparalleled accuracy. HALO’s key features include 4K resolution which reveals previously obscured details with remarkable clarity, ensuring nothing escapes the user’s view. A Super-Wide Dynamic Range ensures the user captures images with exceptional brightness and contrast, even in challenging lighting conditions. Additionally available with HALO comes a new enhanced Illumination package, including a quadrant light, panel light, and white/UV light, to optimise illumination for a variety of inspection needs. New Intelligent Hardware and Software automatically detects lenses and adjusts magnification settings, ensuring seamless workflow and accurate results. Real-time insights are available providing intuitive image capture, measurement, and analysis tools, enabling faster and more informed decision-making. Vision Engineering’s popular 360 Direct/Oblique Viewer also works with HALO, enabling users to inspect details from different angles, revealing hidden features that would otherwise be inaccessible. HALO is suitable for a wide range of applications, including Medical Devices Manufacture and testing especially in the practices of inspecting translucent tubes, electro-polished devices, and other medical components with enhanced clarity and accuracy. It is also effective at capturing fine details on small, reflective metal parts for precise inspection and quality control – perfect for Micro Mechanics.