For almost four decades, Yamazaki Mazak, a global leader in machine tool manufacturing, has operated its European headquarters in Worcester as a primary hub for high-precision engineering. In that time, the facility has built a reputation for reliability and accessible innovation, qualities exemplified by the CV5-500. As the fastest-selling model in the site’s history, the CV5-500 has secured more than 700 orders since its 2019 debut, underscoring the company’s ability to meet the evolving demands of the UK and European subcontracting markets.
The CV5 series – a range of 5-axis machining centres specifically engineered to bridge the gap between traditional 3-axis operations and the high-efficiency world of simultaneous multi-axis machining – has redefined the entry-level category. Its sustained success lies in its unique value proposition: high-specification capability delivered from a compact, UK-built footprint.
Designed to meet the rigorous demands of the European subcontract market, the machine offers a high-rigidity bridge-style structure that ensures thermal stability and precision across a variety of materials. By enabling users to consolidate multiple setups into a single operation, the CV5 reduces human error and significantly lowers cycle times, providing a clear path for machine shops to increase their competitiveness without the daunting overhead of larger-scale systems.
Next Generation CV5
The next generation of the CV5 series, making its debut at MACH 2026, represents a significant evolution in both capacity and engineering. While the revamped CV5-500 continues to serve as a high-performance entry point for those transitioning from 3-axis to fully simultaneous 5-axis work, the introduction of the CV5-700 directly addresses market demand for a larger workpiece envelope.
This newest model accommodates workpieces up to ∅700 mm by 450 mm (H) and a maximum weight of 400 kg, providing subcontractors with the flexibility to take on larger, more complex components without sacrificing the series’ signature compact footprint.
Performance across the range has been elevated through an optimised machine structure, resulting in enhanced static and dynamic rigidity. These structural refinements, paired with an updated aesthetic from industrial designer Ken Okuyama, deliver enhanced accuracy and thermal stability.
Central to this performance is the integration of the MAZATROL SmoothAi control. Equipped with an AI Thermal Shield function, the system provides consistent stability during long, unmanned runs – a critical factor in reducing rework and ensuring high-precision results across variable workshop environments.
Mazak has expanded its modular options to give customers even more flexibility. The standard 12,000 rpm spindle is now joined by a new 15,000 rpm option, while the existing 18,000 rpm spindle has been re‑engineered to deliver 62% more power and 84% more torque. These upgrades open the door to a wider range of applications and higher‑performance machining capability.
Productivity is further bolstered by increased tool storage; beyond the original 30 and 48-tool magazines, customers can now specify 60 or 90-tool options. When combined with expanded, space-efficient coolant packages and seamless automation integration, these upgrades allow manufacturers to significantly reduce setup times and maximise spindle uptime in a competitive global market.
Digital Intelligence
The MAZATROL SmoothAi CNC system is integral to this hardware evolution. The system can utilise intelligent learning to automatically estimate the most efficient machining process and cutting conditions based on accumulated expertise. This combined with Mazak’s conversational programming ensures that even complex 5-axis programs can be generated quickly and accurately on the shop floor.
To further optimise productivity, these machines are supported by the Mazak iCONNECT information hub and MAZATROL DX software. This integrated digital system allows manufacturers to create a digital twin of their CV5. Users can simulate machining operations, optimise cutting strategies, and generate accurate quotes before a single piece of metal is cut. By shifting setup and validation away from the machine and into a virtual environment, users can significantly improve machine utilisation rates.
Ultimately, Mazak’s showcase at MACH 2026 will demonstrate that the next generation of the CV5 series is more than just a larger workpiece envelope; it is a comprehensive, UK-built solution that integrates high-rigidity engineering with world-class digital intelligence. It represents a smart, future-proof investment designed to turn complex engineering challenges into repeatable, profitable results.
Future-Ready Manufacturing at MACH 2026
Beyond the CV5 series, visitors to Stand 20-330 will discover nine machine tools, many making their UK debut. Highlighting the company’s NEO range, the exhibit features the UK-manufactured INTEGREX j-200 NEO for those moving into advanced multi-tasking, alongside the flagship INTEGREX i-350 NEO AG, which integrates specialist gear-cutting and grinding into a single setup. For high-volume subcontracting, the QRX-50 MSY twin-spindle turning solution and the VC-Ez 410 IP vertical machining centre offer rapid return on investment through class-leading speed and intuitive control.
To address the growing demand for lights-out manufacturing, Mazak will also unveil the MPP 25. This latest multi-pallet pool system supports the HCN-5000 NEO with an expanded 24-pallet capacity while maintaining a compact footprint. Supplementing the hardware, a dedicated team of experts will provide guidance on digitalisation and cyber security, ensuring manufacturers are prepared for the upcoming compliance changes introduced by the Cyber Resilience Act. Collectively, these innovations offer a comprehensive, future-ready framework designed to help UK businesses maximise productivity from day one.
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