We minimise risk by keeping design and manufacturing under one roof, from concept to fully assembled electronic products.

In response to a demand from industry, ISO 9712:2022, the standard to which the PCN Scheme operates with respect to NDT certification, now requires that all candidates demonstrate a prior understanding of materials and processes, also known as 'product technology', before undertaking training in any method in order to supplement their knowledge of the specific methods and techniques to which they are seeking certification. To meet this requirement, BINDT has developed a new interactive online Product Technology training course to help PCN candidates achieve the required knowledge in a convenient way and at a time and pace that suits them. The course is now available worldwide. The online training course includes learning modules covering industrial materials, manufacturing processes and an introduction to non-destructive testing (NDT), with material presented in a clear and concise format through a range of videos, high-resolution images and graphs. Course content is organised in a logical manner, starting with how metals are created, through the processing of the raw materials to form components and the NDT methods and applications used to inspect them.

An illustration of the curing process whereby the composite materials, usually consisting of a resin matrix and reinforcing fibres, go through a chemical reaction or heat treatment to harden and form the required shape and associated properties. This stage is crucial in transforming the raw materials into a durable and structurally sound composite.

Manufacture of Composite Components We have purpose-built areas within our factory to produce premium components by our team of highly skilled technicians.

Manufacture of Composite Components We have purpose-built areas within our factory to produce premium components by our team of highly skilled technicians.

Production - Vacuum Bagging The process of vacuum bagging creates a high-pressure compaction that allows for a tight bond to form between the layers of composite material. This high-pressure process is necessary for a high-quality finished product.

With our patented components made of CFRC, we are setting new benchmarks here. Our L-, U- J- and h-shaped profiles for the construction of insulation lining are very strong and extremely rigid. They can easily be connected to form complex structures using screw connections or plug-in connections. Our double-L profile is the innovative solution for a longer door insulation service life, as the edges of the door are perfectly protected and the insulation permanently remains in the intended position.

Tecnocut Proline was conceived and designed to meet the needs of the aeronautical, automotive, die making and design sectors, guaranteeing machining of medium-large parts made of steel, aluminum, plastics and composites. Its small size means it can be integrated into any production environment, while ensuring high production volumes. A real machining center, designed with specific solutions for waterjet technology to ensure higher technological performance. - Accuracy suitable for the most severe applications (aerospace, motorsport, defense, design, etc.) - Bridge structure with an extremely rigid fixed column, able to guarantee the highest precision over the years, thanks to hardened and ground helical racks and pinions combined with high precision class reduction gears. - Compact footprint: the newly designed structure allows the abrasive propulsor and pressure intensifier, normally installed on the ground, to be integrated on board. - Stainless steel base compatible with a dredger for spent abrasive removal, rotary axis for tube processing and automatic water level. - The racks and axle rails are protected by the revolutionary "Powder-Free" system by CMS, consisting of an engineering masterpiece of impenetrable casing labyrinths that ensures perfect protection from water and dust.

We promote both the cluster as a whole as well as the companies within it, to create opportunities with global OEMs, and forge collaborative relationships between our members. Allowing you to explore new opportunities for business as well as deepening your supply chain. Read more... https://silverstonetechnologycluster.com/promotion/

ProteQ VISO: Digital Stereo Microscopy Reimagined for Advanced Engineering - availble to demo at Stand M202 - Vision Engineeering ProteQ VISO is Vision Engineering’s next-generation digital stereo microscope, engineered to meet the precision, speed, and ergonomic demands of modern manufacturing and inspection environments. Designed for professionals in aerospace, automotive, electronics, and medical device sectors, it delivers immersive 3D visualization with the flexibility of digital imaging—without compromising on clarity or comfort. Unlike conventional microscopes, ProteQ VISO offers a fully digital stereo experience with real-time depth perception, enabling operators to inspect complex components with ease and accuracy. Its ergonomic design minimizes fatigue, allowing users to maintain peak performance during extended inspection, rework, or assembly tasks. Key Benefits for Advanced Engineering Professionals: Enhanced Visual Clarity: High-resolution stereo imaging reveals fine details and surface defects with exceptional depth and contrast. Ergonomic Efficiency: Eyepiece-less viewing reduces neck and eye strain, improving operator comfort and concentration. Digital Flexibility: Capture, share, and annotate images instantly—streamlining documentation, training, and collaborative problem-solving. Precision Across Sectors: Ideal for tight-tolerance inspection in high-value manufacturing, from PCB analysis to aerospace component validation. Whether you're scaling up production, refining QA protocols, or accelerating R&D cycles, ProteQ VISO empowers your team to inspect smarter, collaborate faster, and deliver with confidence. Visit stand M202 and experience ProteQ VISO at Advanced Engineering—where digital clarity meets industrial precision.

Designed and built alongside the revolutionary OMAX waterjets, The ProtoMAX is a compact, self-contained cutting system ideally suited for prototyping and low-volume cutting of almost any material approximately 1" thick. Bringing all the versatility benefits of large abrasive waterjet cutters together in a sleek and economic package.