Procut 8001 is a multiply cutting machine, capable of cutting up to 8cm of compressed layers of composites, depending on the material characteristics and matrial thickness. This cutting machine is a perfect solution for mass-production of composites parts, be it carbbon fibre, glass fibre or Kevlar.

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

product development is where innovation meets experience. From the earliest concept stage, we work closely with clients to transform ideas into manufacturable, high-performance GRP solutions. Whether starting with a sketch, a CAD model, or simply a vision, our team brings over 45 years of composite expertise to guide every step of the journey. We begin by understanding your requirements in detail—function, form, environment, and end-use—before translating them into practical designs. Our in-house capabilities include CAD development, material selection, and feasibility analysis, ensuring that each concept is engineered for both performance and production. Using tools like 3D scanning and digital modelling, we validate designs early and reduce development cycles. Once a concept is approved, we move seamlessly into pattern making, tooling, and full-scale manufacture—all under one roof. This integrated approach ensures consistency, accountability, and a faster route to market. Whether you're developing a new product or refining an existing one, MPM Group offers the insight, technology, and craftsmanship to bring your concept to life—efficiently, accurately, and with confidence.

Experienced product-development leadership from uncertain concept to robust, manufacture-ready physical product.

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.

Large scale Production Autoclave designed for higher production volumes and faster turnaround times

Designed for the manufacture of carbon fibre reinforced carbon components (CFC)

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.