MTD Audiobook
Over 80% of the UK’s SMEs believe apprenticeships are at least partly the solution to the UK’s skills gap crisis, with a further 69% of the view apprenticeships are a ‘valuable alternative to university’ Four in 10 (44%) feel not enough is being done to encourage young people to consider apprenticeships. The findings are taken from the latest independent research commissioned by Close Brothers Asset Finance and are in support of National Apprenticeship Week (NAW), which highlights the positive impact that apprenticeships make on individuals, businesses and the wider economy....
info_outlineMTD Audiobook
Edging closer to its 50th anniversary, the Progressive Technology Group has enjoyed a meteoric rise over the last decade. Founded in 1977, the relocation to larger premises in 2013 was one of the many catalysts for the Newbury company’s decade-long growth. Opening multiple new divisions and branching into new markets, the company now employs more than 250 staff. Among its accolades are many prestigious awards from AMG Petronas and Rolls-Royce, to name a few. However, this pedigree cannot be bought; it is embedded in the company’s culture, with Progressive Technology opening its Apprentice...
info_outlineMTD Audiobook
The Brough Superior, a classic British motorcycle designed by George Brough in 1919 and manufactured in Nottingham, was of such high quality that it was dubbed the Rolls-Royce of motorcycles. One famous customer, T.E. Lawrence (Lawrence of Arabia), owned eight and died in 1935 from injuries sustained when he crashed number seven. The design was beautiful and practical, and a sidecar was often added. Although the factory closed after the Second World War, enthusiasts have ensured the name survives. In 2004, around 1,000 original Brough Superior motorcycles still existed. The brand is regularly...
info_outlineMTD Audiobook
Difficult-to-cut materials are defined as engineering materials with significantly lower machinability than typical. These materials are often referred to in shoptalk as ‘hard-to-machine,’ ‘tough-to-cut,’ or even ‘nasty.’ It is important to note that high hardness is not the only characteristic that makes these materials challenging to machine; several other factors contribute to their machining difficulties. Every industrial branch, in one way or another, must deal with such materials. However, the leading consumer of these materials is the aerospace industry. It is in this...
info_outlineMTD Audiobook
Building on the success of their award-winning 3D-printed stator bore tool for electric vehicle machining, Kennametal has developed an innovative 3D-printed transmission housing tool for Voith that cuts weight by approximately 45% and reduces machining time by approximately 50%. As transportation components become increasingly more sophisticated and the requirements more stringent, manufacturers need complex tooling solutions to machine those components. That poses a challenge as the weight of such tooling can become too heavy for efficient operation on machining centres, tool changers and...
info_outlineMTD Audiobook
The electrification transition and inflexible EV production quotas are taking a heavy toll on the automotive industry, but buses and commercial vehicles posted their best years since 2008. Will Stirling reports. MTD magazine is unwaveringly positive in its coverage of manufacturing news, but facts are facts: automotive manufacturing is on a downward slide. Combining cars and commercial vehicles (CVs), the UK produced 905,233 units in 2024, -11.8% from 2023, and slipping below the psychologically important one million units mark. Electric vehicles now comprise over one-fifth of all new car...
info_outlineMTD Audiobook
Opening its doors with just four toolmakers 50 years ago, Smithstown Light Engineering Ltd is now a business with three manufacturing sites and over 165 employees. Working with the world’s leading medical device and orthopaedic companies, Smithstown extensively uses OPEN MIND Technologies‘ hyperMILL CAD/CAM suite to streamline its throughput and maximise efficiency. Initially a toolmaking business supplying plastic injection moulds to the electronics industry, the Shannon-based business transitioned to medical manufacturing in 1990—and it hasn’t looked back since. With two sites in...
info_outlineMTD Audiobook
Michael Phillips, joint owner with partner Wayne Robins of contract machining firm Atomic Precision, describes their recently purchased, Japanese-built Brother Speedio U500Xd1 as ‘a Swiss army knife of 5-axis machining centres.’ His comment is due to the 30-taper machine’s high quality, versatile functionality, compactness, and ability to complete an extensive range of jobs quickly and efficiently. Brother machines are sold and serviced in the UK and Ireland by Whitehouse Machine Tools, Kenilworth. Founded in East Hendred, Oxfordshire, in 2020 by the two time-served mechanical...
info_outlineMTD Audiobook
Engines were already being built at the site in Zafra in 1875, where DEUTZ today has its main factory for processing engine components. Around 500 employees in modern manufacturing facilities produce engine blocks, cylinder blocks, connecting rods, and gears for the Group’s assembly lines in Cologne and Ulm. DEUTZ’s new 3.9-litre diesel engine is mostly used in agricultural and construction machines. It is designed for long service life as an industrial engine and will be built until at least 2035. Series production will start in the coming year after the current prototype phase....
info_outlineMTD Audiobook
Mills CNC has recently supplied Ayrshire Precision, a subcontract specialist based in Ayrshire, with two new SYNERGi systems. The systems, both derivations and highly customised versions of Mills’ standard SYNERGi ‘SPRINT’ solutions, were installed at Ayrshire Precision’s 14,000sq/ft site. In 2023, the first system was retrofitted to a Puma 2600SY lathe, and six months later, the second was retrofitted to a Puma 2100SY. SYNERGi Sprint automation systems are compact, flexible, and cost-effective. Mills’ dedicated automation experts can integrate them with DN Solutions’ lathes,...
info_outlineARNO believes that machining is now something like Formula 1 racing: every little screw is tuned to increase performance. Thinking outside the box is essential, especially when considering cutting tools and turning. It would be helpful if users could always use the right combination of tools, inserts, and coolant supply.
In Formula 1, everything is constantly scrutinised to glean maximum performance. Yet only the driver and the manufacturer who have mastered the overall package can reap the world championship crown. Despite all the optimisations and specifications, cutting tools for turning have yet to reach the end of their potential. Responsible tool manufacturers think about selling as many cutting tools as possible and include the tool holders and cooling supply into the equation. On the other hand, users should be open to tips, let consulting manufacturers approach them, and allow them to enter the production process. The potential that can be achieved in this way can provide a decisive leading edge.
Be open to third-party expert tips
For example, ARNO Werkzeuge has long been involved in the continued development of tool holders and coolant supply. Thanks to its customer proximity, the family-run company has a wealth of expertise from numerous applications and a wide range of holders with and without coolant supply. Users can rely on the best overall packages for small and large batches, as well as Swiss and fixed headstock lathes. “Here, too, we are not interested in maximising sales figures for high-margin products. We aim to find the best solution for our customers,” assures Sales Manager Dieter Wollensack from ARNO Werkzeuge.
As an experienced technical advisor, he focuses on long-term and intensive customer relationships. He detests the promise of ‘double the service at half the price’ and pie in the sky. “I sometimes say to my customers: ‘No, that’s not possible’ or ‘We won’t do that’ and risk being turned down. I’ve always been successful with this approach - and ultimately, so have my customers.”
Advice or not, process optimisation products must be convincing in practice. For this reason, the overall package consisting of a cutting insert or indexable insert with a matching tool holder and high-performance cooling must always deliver the best customer performance. This is exactly what users should attach importance to their tool partners to understand the processes and have the right overall package for every production situation. For example, universal packages for small batches, high-tech solutions for large batches, and special products for difficult-to-machine materials. Exorbitant promises never help.
Innovative when it comes to ‘cost per part’
When tool manufacturers adopt this mindset, new products and solutions result. One example is the clamping holders with through-tool cooling for inserts that ARNO Werkzeuge developed in 2022. They are produced using a hybrid manufacturing process that combines additive technology with conventional CNC milling, achieving better surface quality.
But why? Coolant flows directly where it’s needed. Three precisely aligned channels guide the coolant to the cutting edge from above and underneath without obstructing chip evacuation. The special geometry of the cooling channel creates a nozzle effect that greatly improves cooling compared to conventional channels. The outlet openings are always perfect—they need no adjustment. And since they are much closer to the cutting zone, the coolant significantly reduces the temperature.
Experienced users will recognise the benefits immediately: greater process reliability, less vibration, better surface quality and a much longer tool life. Users have sent reports about tool life that is three times longer. Of course, this is not at all suitable for small batches - but when it comes to large batch orders, it’s just the right ace in the calculation where everything has to do with the cost per part.
Hybrid holder: productive from additive
The secret isn’t rocket science, but you must figure it out first. The shanks of the hybrid holders from ARNO Werkzeuge are produced using conventional CNC milling. On the other hand, the complex head part of the holder is attached directly to the shank using a 3D printing process. “This gives us new design freedom and outstanding stability,” says Werner Meditz, Head of Technology at ARNO Werkzeuge.
The geometric design of the cooling ducts can be precisely optimised so that coolant is guided through the holder to the cutting tool at maximum efficiency and reaches the cutting edge directly from above and underneath. This cools the tool flanks in a way that was previously unthinkable. At the same time, the number of attachments required at the top of the head is reduced to the absolute minimum. The chip breaks as needed and is optimally evacuated - regardless of the cutting depth. “We get a lot more coolant to where it needs to go,” Meditz assures us. The innovative hybrid holder is exactly what clever users want - and this all comes from a tool partner thinking out of the box.
Not only high-tech but also ‘basic work.’
But even when it’s not high-end, machine shops welcome innovative turning tool manufacturers with well-thought-out products. Meeting someone who can also offer the right holders and complete systems for small batches with frequent workpiece changes is refreshing. At ARNO Werkzeuge, you will find a wide range of turning holders for external machining, where the length is easily adjustable using a scale. “The ARNO special design is extremely simple and practical when it comes to adjusting the length and coolant access,” confirms Meditz.
The holder and through-tool cooling are easy to install and ensure repeatable process reliability. Their nickel-plated, high-tensile, and precisely finished nature promises top quality and long tool life. The efficient cooling system, which feeds coolant directly to the cutting edge through three channels, not only ensures long tool life but also allows higher cutting speeds with optimised chip control. The machining time savings make the cost calculation look good.
Variety of boring bars for internal machining
Finally, we come to internal machining. Turning tool manufacturers have already given this much thought. First and foremost, the designers at ARNO Werkzeuge have also considered the customer’s situation and developed suitable boring bars for a wide range of applications. The range includes boring bars of steel and solid carbide, each with two possible coolant hole exits. Depending on the turning process, users can choose between a coolant channel from above (IKO) for through holes and a coolant channel from underneath (IKU) for blind holes. Accordingly, chips are guided forward away from the cutting edge (IKO) or behind the cutting edge and flushed out (IKU). This reduces wear.
Boring bars come in right or left-hand versions with different shank diameters, a wide variety of clamping holders, and many approach angles. This variety alone shows that the manufacturer thinks from a user’s point of view. Combined with suitable mini indexable inserts from ARNO Werkzeuge, components from Dmin 4.8mm can be machined effortlessly, regardless of diameter and material. This is only the standard range, not customised products. This already promises long tool life because all ARNO boring bars are nickel-plated, high tensile and precisely machined, which certainly boosts confidence.
Users looking for suitable, long-life productivity-enhancing tools for all their turning operations and processes should be glad that some manufacturers have adapted their thinking to include their customers applications.