High Speed Targetless Scanning Introducing the NEW Generation Go!SCAN 3D Spark, the easiest portable 3D scanning experience for generating fast and reliable measurements. With these new handheld 3D scanners, you can now scan even faster, and even capture 3D data in full colour. Perfect for Product Design and associated processes such as Reverse Engineering and 3D Printing in Colour. The Go!SCAN 3D was designed with you in mind. Through a very efficient and easy-to-use scanning process, these self-positioning systems can be used by anyone, even without any prior scanning experience, as they provide visual guidance with real-time visualization and ongoing positioning assistance, while you are scanning. This innovative technology, which bypasses the need for specific preparation and set-ups, provides a very fast measurement rate, and virtually eliminates manual data post-processing of point cloud data. Highly versatile, they can be used for a wide range of applications, helping professionals throughout the entire product development process. The Go!SCAN 3D product line enables you to effortlessly capture the 3D shape of any object, including complex freeform and organic shapes. All of this results in the shortest 3D scanning experience available on the market, from start to finish.

Cookson Industrial produces high-quality precious metal sheet and strip in gold, silver, platinum, and palladium, available in pure metals or alloys. Manufactured with precision and consistency, our sheet and strip products serve industries from jewellery and luxury design to electronics, medical, and research applications. With expertise in semi-finished precious metals and the ability to tailor specifications, we deliver reliable solutions for demanding requirements.

Cookson Industrial manufactures high-purity sputtering targets in precious metals such as gold, platinum, and silver, as well as non-precious alloys—precision-engineered in disc or sheet form, with exceptional flatness, purity, and performance.

Cookson Industrial produces seamless tubes in gold, silver, platinum, and palladium—engineered for precision and purity. Used in medical devices, electronics, jewellery, and research, our tubes combine quality craftsmanship with customisation for demanding applications.

Cookson Industrial manufactures high-quality precious metal wire and rods in gold, silver, platinum, and palladium, available in pure metals or alloys. We offer stocked sizes and precision-drawn wire down to under 0.1mm diameter, ensuring exact specifications for industries from jewellery and electronics to medical and research applications. With rigorous standards and custom solutions, we deliver performance, reliability, and consistency.

Grey-1 is our next-gen AI brain for process control and closed-loop feedback. Capable of advanced error detection, manufacturing parameter prediction and optimisation capabilities within 24 hours of setup, Grey continues to learn from every part it makes. This aids manufacturing of high-quality goods while minimising energy use and environmental impacts. Grey also empowers the workforce, equipping it with the necessary skills to not only fill current skills gaps but to excel in a future where adaptive manufacturing and sustainable practices are widespread. A fundamental challenge with AI systems is that they typically require extensive examples of the things they are supposed to do before they perform effectively. This can be challenging in manufacturing where data can be difficult or resource-intensive to gather and store. For instance, some defects might be critical but not occur often. Or it might require highly-skilled engineers to annotate images with the things an AI system needs to learn, which is unfeasible given the amount of examples an AI system will typically need to see. Grey’s core and patent-pending technology is capable of automatic data labelling, minimising the need for laborious and slow data annotation or replication of rare failure modes to train models. Grey can also learn the causes of defects, rather than simply identifying correlations. This allows it to build a better understanding of the underlying physical processes, reducing the amount of data needed for the system to work and making it robust to changes in the environment, process inputs or product mix.

Utilising land space like brownfields near or on site to re-purpose land into a clean energy generator that provides greater energy control and carbon reductions in line with the space available for the business.

Our manufacturing capabilities include a range of proven GRP processes: Hand Lay-Up, ideal for bespoke or low-volume parts, offers exceptional control over fibre placement and laminate build. Spray Lay-Up (Chop) provides a fast and efficient method for producing durable components with complex geometries. Resin Transfer Moulding (RTM) enables the creation of high-quality, repeatable parts with excellent surface finishes on both sides—perfect for medium to high-volume production. Vacuum Infusion ensures superior fibre-to-resin ratios and structural integrity, making it ideal for lightweight, high-performance applications.

For 80+ years GRW have established their position as the largest independent manufacturer of Miniature Ball Bearings in Europe producing bearing qualities up to P2 /ABEC9. Partnering with our customers knowledge, GRW’s skills optimise solutions for ball bearing. Offering improved performance and product RELIABILITY for applications operating in demanding and often very Extreme environments. Typical Extreme solutions; Cold and Heat, Speed and Vibration, Sterile and Vacuum, Dental, Medical and Pharmaceutical, Blood and Saline, Food and Drinks, Chemical and Radiation, Aviation, Space and Defence, Sport and Leisure, GRW offer bearing sizes from: 1mm bore x 3mm outside diameter x 1mm wide extending up to 50mm outside diameter, all available with optional design and lubrication variations. GRW’ are now supplying customers with precision sub- assemblies. Assembly, noise testing and packaging is completed in clean room Class7 conditions. Their 80+ years of knowledge and skills can help optimise your assembly’s performance

Inertial navigation systems and sensors for use in demanding applications, such as aerospace and marine navigation and control, underwater gyrocompassing for submarines, ROV, AUV, oil drilling systems and others.

The XM Series is a handheld coordinate measuring machine (CMM) that lets anyone easily measure 3D/GD&T features. The system is portable and shop-floor ready, so measurements can be taken in any location. The unit also automatically records measurement data and creates detailed inspection reports. The images showcases our latest XM-5000 model which allows high-accuracy measurement for palm-sized parts to large applications.

Handle drill bushes from BONEHAM are designed to access hard to reach areas in a jig, where a hole cutting operation is required, but a fixed permanent solution isn't feasible. Handle bushes are also ideal for applications where multi sized drilling is required, for example pilots and reaming. Bushes can be interchanged with the same OD. Handles are kept in stock and part marked to requirement. The handles are manufactured from lightweight aluminium. Part of the BONEHAM aerospace range.

Until recently, there was no affordable way to accurately measure large parts on the shop floor. Methods that had the required precision could only assess specific points, not full surfaces. Those that could scan 3D surfaces accurately were too expensive, while affordable long-range surface measurements didn’t offer enough accuracy. On top of that, reflective surfaces posed a hazard to optical technology. The CREAFORM HandySCAN 3D|MAX Series has changed this. It contains all the features that made the HandySCAN 3D line-up popular in the industry – portability, speed, accuracy, and simplicity; plus, it has an extra-large measuring volume. It uses blue laser technology, integrated photogrammetry, and live meshing, and is able to work in harsh environments to deliver high accuracy with volumetric optimisation. Plus, its ISO 17025 accreditation and compliance with the VDI/VDE 2634 Part 3 standard allows for metrology-grade quality control results with tight tolerancing.

The NEW HandySCAN 3D Black. Now in its 3rd generation, the new HandySCAN BLACK has been optimized to meet the needs of design, manufacturing and metrology professionals looking for the most effective and reliable way to acquire accurate 3D measurements of physical objects anywhere. With 11 blue laser crosses, 1.3 MILLION POINTS PER SECOND and an accuracy of UP TO 25 MICRONS. The acceptance tests for HandySCAN BLACK is based on VDI\VDE 2634 which is ISO 17025 accredited to guarantee traceability to international standards at all times. HandySCAN BLACK delivers accurate, high-resolution and repeatable results, regardless of the measurement setup quality and no matter the user experience. Featuring dynamic referencing, both the scanner and part can move during measurement and still provide an accurate and high‑quality scan. All surfaces can be scanned including Chrome without the need for surface preparation and spray.

The extreme hardness of Hard Chrome Plating (over 1000 HV) is produced by the structure of the deposit. Furthermore the deposit has a very low coefficient of friction. These two properties together with the ability to apply very high thicknesses make Chrome Plating the perfect coating for wear resistance. (A general thickness of 0.13mm (0.005”) is ample for most plating applications, but higher thicknesses of over 1mm is also possible) It can be applied to stainless steels, cast irons, copper alloys, bronzes and nickel alloys. An excellent adhesion can be achieved on a variety of surfaces whether ground, finely turned or high polished. Hard Chrome Plating is widely used in the aerospace industry as well as hydraulic industry, machine construction. Chrome plating applied for a technical purpose with a very low thickness is called FLASH CHROME PLATING