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Industrial-strength composite 3D printing with continuous fibre reinforcement for strong, functional parts.

Continuous Composite 3D printer that can be upgrade to print in Metal (with wash and Sinter) Strong, Function components

Automated industrial 3D printing with continuous fibre reinforcement for fast, accurate production parts.

Large Format Industrial FFF/FDM. Capable of printing in Continuous Fibre and High Temp materials. Onyx, PEKK, Ultem

Industrial composite 3D printing with continuous fibre reinforcement and integrated inspection.

Accessible metal 3D printing for strong, complex parts without traditional manufacturing complexity.

Choosing the right material is critical to product performance, manufacturability, and long-term success. At Flambeau Europe, our material selection guidance ensures every component achieves the ideal balance of functionality, cost, sustainability, and processing efficiency. Drawing on decades of polymer expertise, we help customers navigate a wide range of engineering plastics, additives, and specialty compounds to select the optimal solution for their application. We evaluate functional requirements including strength, flexibility, impact resistance, and chemical compatibility, alongside aesthetic considerations such as colour, transparency, and surface finish. Simultaneously, we assess processing behaviour — including shrinkage, flow, and cooling — to ensure the material performs reliably in high-volume production, minimising the risk of redesign or production delays. Sustainability is central to our recommendations. We advise on recycled or bio-based polymers, materials that enhance lifecycle performance, and compliance with the latest industry regulations. This ensures both environmental responsibility and adherence to sector-specific standards. By combining technical expertise with a collaborative approach, we provide clear, evidence-based guidance tailored to each application. Whether selecting standard engineering polymers, developing custom compounds, or balancing performance against budget constraints, our goal is to make the right choice from the outset. 𝗞𝗲𝘆 𝗯𝗲𝗻𝗲𝗳𝗶𝘁𝘀: • Performance assured: Materials chosen to meet functional and aesthetic goals. • Cost-effective: Optimised for both performance and budget. • Manufacturing ready: Polymers selected for efficient processing and yield. • Sustainability: Guidance on eco-friendly and compliant materials. Our material selection service gives customers confidence that their products will be reliable, manufacturable, and commercially viable from concept to delivery.

With in-house materials scientists we develop new materials in response to industry demands and to meet specific customer needs.

At Southern Manufacturing 2026 on stand E260 Matsuura will exhibit our globally best-selling 5 axis multi-pallet machine - the MX-330 PC10, machining exclusive new demonstrations live on all three days.

Our platform connects our Agents, giving every operator, engineer, and executive a live view of what's happening & why.

Maxima R The LK Metrology Maxima R Series elevates the Maxima range with a twin runway design, tailored for the efficient handling and precise measurement of very long mechanical components. This variant maintains all the high-performance features of the standard Maxima series while enhancing loading and unloading capabilities, making it an ideal choice for sectors requiring detailed inspection of extensive components, such as aerospace and large-scale commercial vehicle manufacturing.

Serious about internal clamping? Step up to MAXXOS. When you're machining complex or heavy-duty components, precision is a necessity. That’s why engineers looking for maximum performance, repeatability and rigidity choose the MAXXOS mandrel system from HAINBUCH. Engineered with a patented and award winning hexagonal pyramid geometry, MAXXOS delivers: - Up to 155% more transmissible torque than traditional round mandrels - Up to 57% greater rigidity for tighter tolerances and reduced vibration - Outstanding performance on short clamping surfaces - Improved tool life and surface finishes thanks to better damping - The T212 is ideal for blind bores, incorporating a drawbolt free design. Whether you're cutting gears, precision components or high-volume production parts, MAXXOS unlocks more from your machine. More grip and more precision. It's just better!

The PowerNex MCB Series is a compact miniature circuit breaker range developed to deliver dependable protection for modern electrical installations across residential, commercial and industrial environments. Built to MEAN WELL design standards and certified to IEC/EN 60898-1 (10963-1), the series provides accurate overload and short-circuit protection, helping safeguard wiring, equipment and downstream devices in everyday and mission-critical applications. Each breaker features a fast response mechanism that trips instantly under fault conditions, reducing the risk of overheating, equipment damage and electrical failure. TÜV and CCC approvals reinforce the series’ suitability for global projects that require verified safety and compliance. Designed for straightforward integration, the MCB Series uses a modular DIN-rail form factor that allows easy installation, expansion and maintenance within distribution boards, control panels and multi-circuit installations. A clear mechanical indicator displays the operating state of the breaker at a glance, improving system awareness and simplifying troubleshooting. The range is engineered for stable long-term performance, offering consistent break characteristics and high reliability in everyday operation. With its combination of international certifications, robust protective behaviour and installer-friendly design, the PowerNex MCB Series provides a practical and trustworthy circuit-protection solution for homes, offices, commercial buildings, factories and industrial systems where electrical safety and operational continuity are essential.

With a comprehensive lineup from major MCU vendors, we support everything from 8-bit microcontrollers for simple control tasks to 32-bit ARM-based devices for complex IoT applications. Our MCUs are rigorously tested using manufacturer-developed debuggers and our global QA network ’ s firmware validation protocols, ensuring processing efficiency, peripheral compatibility, and compliance with industry standards.