UK NEWS

Rainford Precision Secures Alzmetall Partnership in UK

Rainford Precision has announced a new partnership with German machine tool manufacturer Alzmetall, becoming an agent for the company’s drilling and machining centre technologies throughout the UK and Ireland. The agreement combines Alzmetall’s German engineering expertise with Rainford Precision’s technical and application knowledge, providing manufacturers with direct access to high-performance machining solutions designed for precision, productivity and long-term reliability.

At the heart of the new offering is Alzmetall’s GS Series of machining centres. Manufactured in Germany, Rainford says the range is recognised for its build quality, rigidity and accuracy, making it suitable for demanding applications across a variety of industries.

The GS series incorporates an intelligent carriage travel system based on a box-in-box design with a symmetrical structure and monoblock cross slide. This configuration delivers stability, while the Z-axis slide and spindle are mounted directly within the carriage body to help maximise rigidity and machining performance.

Available in five sizes – GS 600, GS 800, GS 1000, GS 1200 and GS 1400 – the range supports component diameters from 600 to 1400 mm. Multiple machine variants are available within each size category, enabling manufacturers to select a solution tailored to their production requirements.

A key feature of the range is the SDK NC swivel/rotary table, which can be specified with either gear-drive or direct-drive torque motor technology. This application-focused approach allows customers to optimise machine performance for both conventional five-axis machining and dynamic operations requiring high positional accuracy.

For larger and more demanding applications, Alzmetall’s patented ASGK gantry concept assigns all three linear axes directly to the gantry structure, creating a rigid platform capable of handling substantial workpieces while maintaining the precision, repeatability and productivity expected from premium German-built machine tools.

More information www.rainfordprecision.com

Higher Precision With Advanced Mill-Turn Machine Technology

Precision engineering specialist ANT Industries has strengthened its advanced manufacturing capability with a six-figure investment in a new Axile G8 mill-turn centre at its facility in Atherstone, Warwickshire.

The machine forms part of the company’s ongoing strategy to expand its role as a trusted supplier of complex components to the aerospace and gas turbine sectors. Combining high-speed machining with advanced multi-axis control, the Axile G8 is being deployed primarily for the manufacture of high-value aero-engine components where precision, repeatability and surface quality are critical.

Managing director Shaun Rowley says early trials have already demonstrated significant performance benefits: “From our initial testing, the machine has exceeded expectations for accuracy, speed and ease of programming. The combination of processing power, axis control and machining speed gives us greater accuracy when producing complex profiles.”

The Axile G8 has also delivered notable improvements in surface finish quality, an important requirement for demanding aerospace applications.

“Parts produced on the machine have an exceptional finish,” says Rowley. “In many cases, the surface appearance is closer to a ground finish than a milled one, which is a reflection of the machine’s rigidity and precision.”

A key feature of the machine is its centred trunnion construction, designed to maximise stability and control during machining operations. The rigid structure enables tighter tolerances and improved consistency when producing complex geometries.

The machine also allows multiple milling and turning operations to be completed in a single set up, eliminating the inaccuracies that can occur when parts are transferred between machines.

“Our main reason for investing was the accuracy gained by removing multiple changeovers,” he adds. “The machine delivers exceptional repeatability, allowing us to produce highly complex components efficiently and consistently.”

More information www.antindustries.com

Integrated machining, automation and digitalisation on show

Heller will demonstrate its expertise in high-precision component machining for the aerospace sector at the Farnborough International Airshow 2026 (20-24 July), where the company will exhibit as part of the Midlands Aerospace Alliance in Hall 1. The event will provide an opportunity for the horizontal machining centre specialist to engage with manufacturers in the industry and highlight technologies and engineering capabilities that support the production of complex aerospace components.

As global aircraft demand continues to drive growth across the sector, manufacturers are increasingly seeking solutions that deliver greater productivity, process reliability and cost efficiency. Heller has established a strong position in this market by combining advanced machine tool technology with extensive application knowledge and digital engineering expertise.

A key area of focus is the machining of challenging aerospace materials, including titanium, Inconel and other heat-resistant superalloys commonly used in structural and engine components. These materials present significant machining challenges, requiring a high degree of process stability and precision to achieve consistent results, while minimising production costs.

At Farnborough, visitors will learn how Heller’s machining platforms are designed to meet these requirements through elevated levels of rigidity, accuracy and dynamic performance. The company’s production systems help manufacturers maintain reliable production while meeting the stringent quality standards demanded throughout the aerospace supply chain.

Alongside its machine tool technology, the supplier will explain its capabilities in digital engineering and process simulation. By creating digital representations of complete machining environments, the company enables customers to validate production strategies, optimise fixtures and toolpaths, identify potential process issues and confidently quote for contracts. The approach helps to reduce development time and improve production planning.

Process optimisation is also part of Heller’s aerospace offering, where the company supports manufacturers with integrated automation solutions.

More information www.heller.biz

Paragon supports Datum Tool Design with £1.6m funding

Paragon Bank has provided £1.6m of funding to Northern Ireland-based Datum Tool Design to support the purchase of a new five-axis CNC machining centre, helping the aerospace tooling specialist expand its manufacturing capabilities.

Founded in 1996 and based in Lisburn, Datum Tool designs and manufactures high-precision tooling for major aerospace programmes. The company works with leading manufacturers and supply chains, including Airbus, Bombardier and BAE Systems, delivering composite tooling, assembly fixtures, trimming and drill tooling, as well as build-to-print solutions.

The funding enabled Datum to acquire a Promac Sharav HGVT 4.0, a 22 m five-axis machining centre and the largest machine of its type in Ireland. The investment will allow the company to manufacture larger and more complex tooling in-house, increasing capacity while providing greater control over quality, scheduling and delivery.

Datum’s purchase forms part of a wider growth strategy that also includes a new facility and support from the Aerospace Technology Institute.

The deal was introduced to Paragon by Paul Close Finance and led by business development manager Joe Blanthorn, who says: “Datum Tool Design has built a strong reputation supporting technically demanding aerospace programmes. This investment enhances its ability to undertake larger, more complex projects while demonstrating how asset finance can help established manufacturers invest in productivity and long-term growth.”

Michael Maguire, director at Datum Tool Design, adds: “This new machining centre represents a major investment in the future of our business. It gives us greater capacity, increased flexibility and the ability to manufacture larger, more complex tooling in-house. Paragon and Paul Close Finance understood the importance of the project and collaborated closely with us to deliver the right funding solution.”

Paragon provides asset finance to SMEs across the UK, supporting investment in business-critical equipment, vehicles and machinery.

More information www.paragonbank.co.uk

Holistic approach to gears on five-axis CNC machining centre

For decades, precision gear production has relied on highly specialised machines and dedicated tooling, limiting flexibility, increasing costs and restricting innovation. Dontyne Gears is challenging that model through a combination of advanced software and an Okuma Genos M460V-5AX machining centre supplied by NCMT.

The company’s objective was to develop software capable of generating machining strategies and NC code directly from gear design data, enabling complex gears to be produced on a standard five-axis machining centre using readily available tooling. The Okuma Genos M460V-5AX provided the platform required to turn that vision into reality.

“The machine gave Dontyne the flexibility and precision needed to validate its software,” says Andrew Skee, sales manager at NCMT. “It demonstrates that aerospace-level accuracy and repeatability can be achieved on a versatile machining platform rather than dedicated gear-cutting equipment.”

According to Dr Michael Fish, director of Dontyne Systems, the machine has transformed the company’s ability to prove and refine its technology: “Having the Okuma machine in-house allowed us to validate our software on real components. We can generate machining code for complex gear forms in seconds and, with integrated Renishaw Sprint measurement technology, verify results directly on the machine. After extensive development work, we are often achieving ISO 4-5 gear quality on the first attempt.”

Dontyne’s Gear Production Suite creates a digital twin of a gear design, automatically generating manufacturing and inspection data. The system has successfully produced a wide range of gear forms, including spiral bevels, hypoids, helicals and internal gears, all on a single five-axis platform.

Supported by research funded through the British Gear Association, the project is demonstrating that complex gears can be produced more quickly, economically and flexibly than traditional methods.

More information www.ncmt.co.uk