Renishaw to showcase British engineering excellence and innovative smart manufacturing solutions at MACH 2024

Precision engineering and manufacturing technologies company, Renishaw, is exhibiting its extensive range of smart manufacturing technologies at this year’s MACH exhibition in Birmingham, UK (15-19 April).

Over the last 50 years, Renishaw has established an ecosystem of end-to-end smart manufacturing technologies designed to transform shop-floor productivity, capability and efficiency.

“Globally competitive production performance and costs are inextricably linked to smart manufacturing,” says Jonathan Archer, General Manager EMEA North & Director Renishaw UK Sales Ltd. “Our manufacturing technologies are designed to maximise throughput and minimise costs and waste in all its forms. We look forward to showcasing these smart manufacturing solutions on home soil.”

“This year, we are particularly excited to demonstrate Renishaw Central, our factory connectivity and data-driven manufacturing platform. The software allows you to use actionable data productively for closed-loop CNC automation, visualisation, and the ongoing optimisation of processes to maximise output, quality and productivity.”

Renishaw Central collects, collates, and presents actionable manufacturing process and metrology data, which can be used to monitor real-time performance across CNC machine tools, measurement systems and Renishaw additive manufacturing machines. Visitors will experience a real-time demonstration as Renishaw Central digitalises, visualises and controls CNC machining and integrated metrology processes on the Renishaw stand (130, hall 18).

In 1973, Renishaw’s co-founder invented a probe that made it possible to automate measurement on co-ordinate measuring machines (CMMs). Today, the company continues to be a leader of global developments in automation, with an extensive range of technologies for automated process control and part verification on display at MACH 2024.

“As a significant manufacturer, we have a deep understanding of the many challenges faced by our customers across a wide range of industry sectors,” says Paul Maxted, Director of Industrial Metrology. “Increasing the level of automation in your factory is the first step towards tackling manufacturing challenges including the availability of skilled people and achieving cost effective, high-precision manufacturing, 24 hours a day, seven days a week.”

Making its UK debut at MACH is the world’s smallest wireless machine tool probe. Renishaw’s RMP24-micro measures just 24 mm in diameter and 31.4 mm in length. The tiny probe offers exceptional repeatability and an ultra-low trigger force – ideal for use in compact machines that make high-precision miniature components.

Other products on the Renishaw stand demonstrate the unique breadth of technologies available to support CNC manufacturing.

The FORTiS™ range of enclosed encoders for challenging environments allows machine tool and systems builders to meet high performance and uptime requirements, while achieving energy savings up to 91% without risks in reliability. Scale lengths up to 4.24 metres can now be supplied for larger CNC gantry mills, turning machines, or grinders. FORTiS encoder systems with industry-leading vibration resistance are being adopted widely across a range of CNC machine tools and new emerging applications such as giga-casting for the automotive industry.

CNC machine calibration and performance optimisation products, including upgraded CARTO software, demonstrate the enhanced performance monitoring of precision machinery.

Also on display will be the latest developments in CMM measurement technology with the REVO® 5-axis multi-sensor system, featuring an increasingly comprehensive range of sensors and probes for multiple, complex inspection applications on a single CMM. The system’s infinite positioning and rapid measurement also reduces the requirement for complex styli configurations and calibration time. The benefit to users is increased throughput and significantly reduced shopfloor and quality lab measurement costs.

A special exhibit on the Renishaw stand is the track bike developed by the British cycling team for the 2020 Tokyo Olympics. Renishaw provided additive manufacturing expertise to develop and build innovative ultra lightweight parts for the bike that contributed to the team winning seven track medals. This partnership has since been renewed for the development of a new model ahead of the 2024 Olympics in Paris.

“It’s a privilege for us to host the British Cycling team’s key feat of engineering on our stand,” says Archer. “The delivery of this model represents the culmination of years of dedicated collaboration, innovation, and collective passion. The aim of this partnership was to increase the bike’s speed and performance through enhanced design. And the result is the perfect union of British engineering and British Olympic talent.”

To find out how Renishaw can help you to achieve more productive and sustainable manufacturing, visit

For further information on Renishaw’s offering at MACH 2024, visit


Notes to editors

About Renishaw

Renishaw is a world leading supplier of measuring systems and manufacturing systems. Its products give high accuracy and precision, gathering data to provide customers and end users with traceability and confidence in what they’re making. This technology also helps its customers to innovate their products and processes.

It is a global business, with over 5,000 employees located in the 36 countries where it has wholly owned subsidiary operations. The majority of R&D work takes place in the UK, with the largest manufacturing sites located in the UK, Ireland and India.

For the year ended June 2023 Renishaw recorded sales of £688.6 million of which 95% was due to exports. The company’s largest markets are China, USA, Japan and Germany.

Renishaw is guided by its purpose: Transforming Tomorrow Together. This means working with its customers to make the products, create the materials, and develop the therapies that are going to be needed for the future.

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