Knowledge Hubs will be core theme at MACH

MACH 2024 (15-19 April, Birmingham NEC), will attempt to help reverse UK manufacturing’s poor record for adopting new technology. The show’s organiser, the Manufacturing Technologies Association (MTA),is ona mission to spearhead growth by using its flagship event to launch its new Knowledge Hubs initiative.The programme helps manufacturers learn more about the potential offered by the latest technologies, as well as when to adopt it and how to implement it to best effect.

The initiative received a major shot-in-the-arm with the recent announcement of £4.5bn of Government funding to support advanced manufacturing. The funding will directly benefit several of the exhibition’s key themes, especially energy efficiency, with the fund earmarking £960m for clean energy manufacturing through a Green Industries Growth Accelerator.
For further information www.machexhibition.com

Green light for Robotics Institute in Yorkshire

The University of Bradford is partnering with Keighley College and Bradford Council in creating an Advanced Institute for Robotics Engineering. The Institute, which will be based in Keighley, West Yorkshire, will benefit from a slice of the £20m Levelling Up funding announced on 20 November. It will be housed in a new, two-floor facility thatwill accommodate up to 250 full-time undergraduates and 40 postgraduate students in the study of robotics, advanced engineering, automation, artificial intelligence and computer science.
For further information www.bradford.ac.uk

Integrex i-H culminates 40 years of innovation

Mazak celebrated 40 years of multi-tasking innovation at the recent EMO 2023 exhibition in Hanover with four Integrex machines on its stand.Mazak’s multi-tasking journey started in 1983 with the Slant Turn 40N ATC, the forerunner of the modern Integrex. The latest Integrex variation, the i-H series, culminates 40 years of turn-mill innovation and learnings that has produced the most compact, automation-friendly and productive Integrex ever manufactured.

At EMO 2023, the Integrex i-200 H ST partnered with a world debut for the Ez Loader 30 collaborative robot cell. Handling workpieces up to 18kg and 50 to 200mm in diameter, the Ez Loader 30 offers a flexible solution for today’s fast turnaround manufacturing.

The Integrex i-200 H ST comes equipped with 5000 rpm main and second spindles and a 12,000 rpm rotating B-axis second spindle for done-in-one capability. The growing requirement for automation is fundamental to the design of the i-H series. All models feature a flat front, while the tool magazine sits at the rear, providing greater accessibility to site automation at the front of the machine while maintaining accessibility for the operator. The rear-mounted 38-tool magazine reduces the machine’s overall footprint (optionally expandable to 74 or 112 tools). As well as providing access to the magazine area at the rear, tools can also be loaded and unloaded at the front of the machine for convenient operation.

Through innovative technology, the Ez Loader 30 solves the problem typically associated with automating high-mix, low-volume production of varied diameter components. Thanks to the automatic chuck-jaw changing function, the robot exchanges work-holding for both spindles to eliminate manual set-up and costly downtime between component runs.
For further information www.mazakeu.co.uk

Single-opmachining of heavy-duty chains

Precision Chains in Dudley makes heavy-duty roller chains for use in quarrying, agriculture andescalator applications, to list but a few. The smallest chain link is 2” and the biggest can weigh as much as 25kg.

Ian Thomas, general manager of Precision Chains, says: “Our challenge was to find a better way of manufacturing therollers, pins and bushes required for the chains. Previously, we had to turn, mill, cross-drill, drill down the centre, counterbore and deburr them. All these operations were very labour intensive and time consuming with set-ups on up to three machines, not to mention all the handling involved. Furthermore, moving between these machines has an impact on accuracy.”

Precision Chains chose an XYZ TC320 LTY with parts catcher, swarf management and Hydrafeed bar feeder. The XYZ TC320 LTY has a Siemens 828D control with ShopTurn for easy programming of the Y axis and live tools. It can chuck up to 300mm diameter and has a bar capacity with the bar feeder of up to 78mm diameter. The machine features Ceratizit tooling with two sets of live tools for cross drilling, milling flats and machining lubrication spirals. The company also doubles up with some tools performing both turning and facing operations.

“We run the XYZ TC320 LTY from 07:30 to 21:30, making a complete part in one operation with one operator checking the machine from time to time while completing other tasks,” says Thomas. “We’ve also been able to dispose of two machines which we no longer need.”

Four people underwent training on the XYZ TC320 LTY at XYZ Machine Tools’ Nuneaton office and, working from drawings, the trainees were quickly confident in using the machine and Siemens control.
For further information www.xyzmachinetools.com

MEETING CURRENT AND FUTURE COMPONENT CLEANING REQUIREMENTS THROUGH DIVERSIFICATION INTO HYDROGEN TECHNOLOGY

The economy is undergoing a transformation that poses challenges for many areas of industry. New products and various megatrends require adjustments to manufacturing technologies, as well as to the range of products and services available. Ecoclean GmbH is proactively addressing this change through greater diversification of its solution portfolio for industrial component cleaning and by introducing the new business area of hydrogen technology.

Energy transition, sustainability, demographic change, mobility, automation and digitalisation, and security: these megatrends are resulting in technological and social changes. And at an increasingly rapid pace. This development demands increasingly higher flexibility and agility from companies, particularly in the field of industrial parts cleaning. Whereas yesterday it felt like the automotive industry was setting the standards in terms of cleanliness requirements, today it is completely different industrial sectors, each with its own specific requirements.

Ecoclean, a global specialist in the supply of equipment and systems for industrial component cleaning, surface treatment and automation, is responding to these changes with a future- and market-oriented diversification strategy. The course for this approach was set several years ago with corresponding financial and personnel investments. As a result, new solutions for high-tech industries are now available, in addition toequipment and systems for tasks in the previous sectors, such as automotive and its associated supply chain, mechanical engineering, joining technology, the jewellery and watchmaking industry, and the aerospace arena.

Also included in this ensemble is the semiconductor industry and its suppliers.To be able to manufacture ever smaller and more powerful microchips by means of EUV lithography, means placing extremely high demands on the components required for the production equipment in terms of purity. In addition to ultra-fine particulate residual impurities in the nanometre range and extremely strict specifications regarding filmic contamination, outgassing rates for organic substances and residual moisture as well as ‘prohibited’ substances/elements play a quality-critical role. Likewise, it is necessary to meet stringent cleanliness requirements for vacuum technology components in the UHV, XHV and UCV range –such as those required in high-power laser systems, high-tech measuring instruments and analysis equipment, for example.

Precision optics, micro-optical parts and sensor systems, among others for semi-automated and autonomous driving as well as industrial digitalisation applications, also require avery high degree of cleanliness for lasting fault-free function. For these challenging tasks, Ecoclean offers industry and application-specific solutions from pre-cleaning to intermediate and final cleaning connected to or integrated in a cleanroom. For the design of process and plant technology, the company has its own High Purity Test Centre with a validated clean room and corresponding measurement technology.

High cleanliness requirements have always been commonplace in medical technology. With the introduction of the European Medical Device Regulation (MDR), the requirements for cleaning medical devices such as implants, instruments and equipment, as well as for qualification, documentation and traceability of the processes, have become even stricter. In the meantime, the US Food & Drug Administration (FDA) is planning to harmonise its quality system regulation with the MDR, so that uniform regulations will apply regardless of market access.

To solve the very different tasks in medical technology in a requirement-oriented, efficient and sustainable manner, Ecoclean offers a complete and globally available portfolio of qualified cleaning systems. Co-operation with renowned partners also enables the realisation of turnkey projects with corresponding packaging and cleanroom solutions.

Software specially developed for medical technology, RFID technology and audit trails ensure the complete fulfilment of all specifications regarding component identification, documentation and traceability. In addition, the company’s experts provide support with qualification (IQ, QQ and PQ) on request. Thanks to the Ecoclean’s comprehensive medical technology and regulatory know-how, combined with extensively equipped technology centres (including a cleanliness laboratory and validated cleanroom), it becomes possible to devise the technically and economically optimal solution for every cleaning task. The potential duplication of this solution for further production sites is straightforward, a process that subsequently accelerates qualification and commissioning.

By entering into the development, manufacture and sale of electrolysers for the production of green hydrogen and solutions for its use, the company is opening up a new business area. To this end, Ecoclean and the Zentrum für Sonnenenergie und Wassersoff-Forschung Baden-Württemberg (ZSW) are pooling their expertise in the joint ‘EcoLyzer BW’ project. Based on robust and well-tested system technology for alkaline pressure electrolysis developed by the ZSW and Ecoclean’s expertise and decades of qualification in process engineering and industrial production technology, electrolysers are designed as modular systems with compact standard modules.

With power classes initially ranging from 1-10 MW, they enable the simple and cost-efficient construction of electrolysers adaptable to a wide range of applications. Typical uses include those for industry, mobility, energy supply for neighbourhoods and storage of re-generatively produced surplus energy from wind power and photovoltaic plants.

A first solution in this area came to fruition in September 2023 with a test rig for alkaline pressure electrolysis. It will make it possible to test and validate electrolysis stacks with an output of up to 500 kW and a diameter of 1200 mm.Through this diversification strategy, Ecoclean is helping to meet the challenges associated with disruptive developments, as well as various megatrends.
For further information www.www.ecoclean-group.net