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METAL SHOW & TIB 2026 will take place on 12–15 May at Romexpo

As advanced technologies and digitalization continue to shape the investment strategies of industrial companies, METAL SHOW & TIB remains a key event for technical professionals.The 2026 edition, scheduled for 12–15 May in Bucharest, will bring together manufacturers and suppliers of equipment, technologies, and solutions for sheet-metal and tube processing, machining, CNC systems, additive manufacturing, welding, cutting, measurement and control instrumentation, industrial software, metallurgy, hydraulics, pneumatics, robotics, and automation.By expanding the focus on advanced technologies for smart factories, robotics, and systems integration, and by opening the event to broader international participation with a strong framework for high-level technical dialogue, METAL SHOW & TIB 2026 positions itself as a primary reference point for the technical industry.To support the exhibitor community, the organizers will maintain the same participation fees in 2026, unchanged for the past four years.Live demonstrations on exhibited equipment, direct technical discussions with industry leaders, buyers, suppliers, and service providers, along with commercial offers available exclusively during the event, remain essential components that strengthen industrial networking at METAL SHOW & TIB and drive new business opportunities while reinforcing existing client relationships. More information is available at www.metalshow-tib.ro

16/01/2026

Fastener Fair Italy 2026: the leading event for the fastener and fixing industry returns to Milan

Following the success of its fourth edition, which brought together over 200 exhibitors from 19 countries and attracted more than 2,400 qualified visitors from across Europe, Fastener Fair Italy will return from 24 to 25 June 2026 at CityLife – Allianz MiCo in Milan. The event is confirmed as Italy’s key meeting point for professionals in fasteners, fixings, and fastening systems. Visitor registration will open in early February, giving industry professionals the opportunity to plan their attendance well in advance.To date, many companies have already confirmed their participation in the only Italian trade event dedicated entirely to the sector, including major players such as Ambrovit, Berardi Bullonerie, Bontempi, Corbetta Ermanno, Fastbolt, Gandini, Index/Chavesbao, Vilux Viterie, Vipa, Viteria Fusani, Viteria Smel and many more. Additional exhibition opportunities are still available for manufacturers, wholesalers and distributors of fastening systems, machinery producers, and suppliers of related technologies and services wishing to engage with a highly specialised audience.The fifth edition of Fastener Fair Italy introduces a refreshed format enriched by several new features designed to offer visitors an even more comprehensive, forward-looking experience. Among the highlights are two new thematic areas that further expand and enhance the exhibition profile.
One will focus on hand tools, showcasing a wide range of equipment used in assembly, installation and maintenance complementary products that support and enhance fastening applications, giving professionals an immediate overview of the most relevant solutions for their work. The second will be dedicated to precision turning, bringing together manufacturers specialising in advanced machining and subcontracting, and offering visitors the opportunity to meet qualified companies and explore high-quality turned components produced by industry experts.These dedicated zones are designed to make the visit more streamlined and targeted, facilitating the search for specific products, connecting with the most suitable suppliers, and staying up to date on key technologies and market trends. Complementing this offer, a series of financial support measures will be available to exhibiting companies, making participation easier and encouraging a broader and more diverse presence.“Returning to Milan with Fastener Fair Italy 2026 is an important milestone for us - says Stephanie Cerri, Event Director for the European Fastener Fair exhibitions. - At a time when the fastener and fixing industry is facing a challenging market environment, it is more important than ever to create opportunities for dialogue and collaboration across the supply chain. We look with confidence towards a promising 2026 for our sector: the exhibition will provide visitors with the opportunity to meet leading industry players, explore cutting-edge solutions and gain first-hand insight into the technologies shaping new production standards”.Supported by key Media Partners, including Expometals, Fasten.it, Fastener Fixing Magazine, Fastener World, Galvanotecnica and Italy Export, the event also aims to further expand its international reach, attract new exhibitors from strategic markets, and enhance the quality of professional visitors, with a particular focus on distributors, buyers and technical decision-makers. Networking initiatives, educational content, and technical insights will also be included to enrich the visitor’s experience and foster new business opportunities.


Combined grinding processes for greater process efficiency. Experience the latest technologies at GrindingHub

Frankfurt am Main, January, 2026 – GrindingHub 2026 will present the current state-of-the-art of grinding technology with a focus on topics such as hybrid machining systems and cross-process efficiency increases. How can sophisticated individual processes such as grinding or eroding be combined for even greater output and precision? When does the use of laser technology make sense? From May 05 to 08 in Stuttgart, the trade fair will showcase how users can achieve higher material removal rates, less downtime and maximum process stability with state-of-the-art processes. GrindingHub will set the technological benchmark for networked, resource-efficient and high-precision manufacturing of the next generation.More efficiency through numerous combinations"Today's tool manufacturers are striving for ever more efficient ways to produce their tools to customer specifications – and to do so on an automated basis", says Tobias Trautmann, Managing Director of Vollmer Werke Maschinenfabrik GmbH based in Biberach an der Riss, Germany. "We support this goal with various sharpening technologies that can not only machine ultra-hard cutting materials precisely, but also optimize manufacturing processes thanks to digital solutions and AI applications." At GrindingHub 2026, the Vollmer Group will be showcasing its portfolio of grinding, eroding and laser machines that allow customers to machine ultra-hard cutting materials such as carbide, PCD (polycrystalline diamond), CVD (chemical vapor deposition) diamond or PcBN (polycrystalline cubic boron nitride). When it comes to efficiency, hybrid machines are of particular interest for sharpening tools faster and with higher quality. One example of these are full-head PCD tools with complex geometries: The contours in the carbide can be ground and the cutting edges in the PCD head can also be eroded in a single clamping operation. This procedure not only shortens both productive and non-productive time, but also makes the transition between the PCD head and the carbide blank virtually seamless – without any unevenness or graduation.Grinding machines are used by tool manufacturers to sharpen all cutting edges made of carbide or PcBN with diamond wheels. However, if tools cannot be ground or can only be ground to a limited extent, eroding or laser machines are used. Lasers have the advantage that – in contrast to erosion – they can also be used on non-conductive materials. The wear that happens on grinding wheels does not take place on these systems because the cutting edges are machined without contact during eroding and lasering. The tool machining also takes place without significant thermal influence.Regardless of the sharpening technology in question, Vollmer's philosophy is that its machines are always suitable for automated tool machining in 24/7 shifts. Central robot systems control loading trolleys, pallet loaders or chain magazines and monitor the fully automatic complete machining process. Digital solutions in particular are currently being used to increase efficiency in automation, which is why Vollmer equips its machines with IoT gateways as standard in order to network them with their digital environments. Data from different machines is recorded, processed and managed via a central IT platform. Supported by AI-based algorithms, a chatbot provides information on documentation or historical data to answer queries about machine utilization, the number of tools produced or missing parts. "To make our machines even more efficient, we collaborate intensively with customers, industry partners and research institutes," emphasizes Ralf Grosshauser, Managing Director of the Vollmer Group. "We collaborate with Furtwangen University on grinding technologies and belong to a network of around 30 companies that exchange knowledge and help each other stimulate future innovations."Productivity increases of up to 70 percentStuder's WireDress technology is an example of intelligently combined hybrid technologies in the field of grinding technology. It is integrated into high-precision CNC grinding machines for external cylindrical grinding and now also for internal cylindrical grinding. The full integration of electro-erosive dressing technology eliminates the need to manually dismantle and reset the grinding wheel for the dressing process. Christoph Plüss, CTO of United Machining Solutions Management AG, based in Bern, Switzerland, describes the electrical erosion process as follows, "In the WireDress process, metal-bonded diamond or CBN grinding wheels are dressed, profiled and sharpened in the machine using a wire. The dressing process can be carried out at the full working speed of the grinding wheel. This massively reduces non-productive time. Especially when grinding high-alloy, hardened steels, carbides and ceramics, where metal-bonded grinding wheels are used, WireDress offers enormous advantages and provides productivity increases of up to 70 percent for certain materials when this technology is used." The newly founded United Machining Solutions Group has now expanded its portfolio to include 15 brands in 2025 (including Studer). The group is one of the largest machine tool manufacturers in the world with a total turnover of over 1.5 billion US dollars and, as usual, will be represented at GrindingHub and ready to engage in face-to-face discussions with its team of specialists. ">After hardening, internal gears can be machined using various processes – depending on the required quality level – such as honing, profile grinding, generating grinding, hard skiving or hard broaching. Each process has specific strengths and limitations: Hard skiving is highly cost-effective, but reaches its limits when very high precision is required. Profile grinding offers maximum precision, but is slow and cost-intensive – and therefore only has limited appeal for high-volume production, for example in the e-mobility or commercial vehicle sectors.Liebherr-Verzahntechnik GmbH from Kempten has closed precisely this gap with SkiveFinishing. The process combines the kinematics of power skiving with a dressing-free, electroplated tool and thus enables a significantly higher quality than hard skiving – with shorter process times and lower costs than profile grinding. This combines the best of both worlds: Excellent precision and economically robust process control. "SkiveFinishing combines the flexibility of skiving with the advantages of CBN hard finishing," explains Haider Arroum, Division and Site Manager Tools. "Optimal roughness values and economical processes can be achieved through the targeted selection of CBN grain sizes."Significant efficiency gains are now also achieved with twist-free generating grinding. With the further development of this process, Liebherr-Verzahntechnik is raising both the economic efficiency and the quality of hard finishing to a new level. The machining times when using dressable grinding worms have been reduced almost to the level of conventional processes – even with asymmetrical gears. At the same time, optimized shift methods allow the integration of fine grinding or polishing in a single operation. The technology is suitable for a wide range of applications: From transmission components for e-mobility to special and heavy-duty transmissions. "In combination with the high rigidity of our machines – which our customers repeatedly praise – we offer measurable added value in terms of efficiency and precision and therefore a clear competitive advantage," emphasizes Fabian Stadelmann, Technology Development Manager. ">Hybrid technologies are among the major levers that can allow a company to position itself at the forefront of the technology and also boost profitability. The innovations described here impressively demonstrate where the future of grinding technology lies. Combined with other megatrends such as automation and artificial intelligence, this opens up countless opportunities to stay ahead of the global competition. As a roadmap towards future innovations, the third edition of GrindingHub will offer unique opportunities in this regard.

14/01/2026
Zur Info: Grinding Hub

Consolidated industry and expert dialogue – this is how ITM 2026 is being built

Poznań is becoming the epicenter of industrial innovation long before the planned start of ITM INDUSTRY EUROPE 2026 (26-29 May). Nearly a hundred leading companies from Poland and abroad secured their space several months before the fair. This confirms the unwavering position of the fair as a key business platform and a place where trends are born – from production automation, through modern metal processing technologies, to the groundbreaking use of artificial intelligence in industry.The division of ITM INDUSTRY EUROPE into thematic exhibitions – AUTOMA, MACH-TOOL, SURFEX and WELDING – allows companies to better identify with a specific industry, and makes it easier for guests to access the technologies they are interested in while visiting the trade fair exhibition. Where trends are born…The concept of thematic zones will once again gain the support of key partners who, as in the last edition of the fair, will take care of these unique spaces. These include: Schmalz (Collaborative Robot Zone), Troax (Safety Zone), Balluff (Demobus Zone) and Pneumat (Pneumat Game Zone). There will also be a DBR77 Zone with innovations for factories of the future.– Early reservations for exhibition space are a signal to us that the industry is eagerly awaiting the fair. Market leaders know that ITM INDUSTRY EUROPE is not just a hardware showcase, but above all, a place where trends for the coming years are born, – says Anna Lemańska-Kramer, deputy director of the ITM trade fair. In 2026, the topic of artificial intelligence in industry will be strongly emphasized – we expect it to be an absolute hit of the programme. We are also continuing the success of the European Science Fair, which will bring together research institutes, universities, technology startups and businesses in one inspiring space, – she adds.Active presence and partnership – the ITM team at the heart of the industryThe ITM INDUSTRY EUROPE trade fair team, in anticipation of the May 2026 edition, is actively collaborating with leading organizations and industry publications, fully implementing the slogan: 'Our team is where the heart of industry beats.' – By attending key events and conferences, we absorb knowledge, seek inspiration, and promote the ITM trade fair as a place for exchanging experiences across various industries. Above all, however, such events are an opportunity for in-depth conversations with people involved in the industry. This expert voice is extremely important to us. We really appreciate and care about these relationships because we believe that it is people who build the success of events, – says Anna Lemańska-Kramer. From occupational health and safety, through painting technologies, to foundry, enamels and steelThe ITM INDUSTRY EUROPE exhibition is famous for its scale and the consolidation of offers from many industrial sectors in one place and at one time. That is why in recent months the ITM INDUSTRY EUROPE team participated in important, thematically diverse industry events organized by the trade fair partners. Such meetings included the 2nd National Occupational Health and Safety Conference (27-28 November 2025, Stryków) addressed to the logistics, warehousing, production and transport industries. Topics such as technical hazards at work, safe space in the hall and training techniques are just part of the extensive programme. The conference was organized by the industry magazines 'Logistyka i Magazynowanie.' 'Production Manager' and media partner of the ITM INDUSTRY EUROPE trade fair – Maintenance Services.Although the FOCAST Exhibition accompanying the ITM trade fair takes place every two years, contact with the foundry industry is a very important element of the Poznań trade fair's strategy. Grupa MTP, the organizer of ITM INDUSTRY EUROPE, was the Silver Sponsor of the National Foundry Day – a key meeting of the industry, combined with a technical conference entitled 'Foundry of Tomorrow – Sustainable Development, Innovation, Digital Future.' The event (12/12/2025, Krakow) was a platform for discussion about digitalisation, automation and technological innovations in the sector, inspiring participants to implement changes that increase compliance with environmental requirements.One of the exhibitors that has already declared its participation in the upcoming ITM trade fair is ECOLINE. – It's not only an industry leader, a manufacturer of powder coating systems, but also a partner initiating meetings filled with specialized knowledge. This is the Modern Painting Technology Forum 2025, regularly organized by ECOLINE, in which our team has the opportunity to participate, explains Anna Lemańska-Kramer. Last autumn, this event (15-17 October 2025, Pabianice) focused on sustainable development and the concept of Painting 5.0, combining autonomous systems, digital transformation and eco-friendly production. ECOLINE will be an exhibitor at the SURFEX Exhibition, which will also feature the Association of the Polish Enamel Industry. A few months before the fair, SPPE organized the SPPE Enamel Congress (Legnica, 1-3 October 2025), which was a platform for discussion about the prospects and innovative applications of enamel under the slogan 'Enamel: past or future?' The result of intensive cooperation with industry associations was also the participation of the ITM trade fair team during the Stainless Steel Days Conference (27-28 October 2025, Warsaw), organized by the Stainless Steel Association. The discussions focused on the development directions of the Polish industry, business forecasts and managerial challenges.Best practices in maintenance, automation, cybersecurity, and energy efficiency, as well as optimization of intralogistics and warehousing processes, were discussed at more than a dozen technical conferences held this fall by Axon Media Group. – It has been a long-time partner of ITM INDUSTRY EUROPE, thanks to which we are close to the industry in various parts of Poland. These numerous trips and conversations with participants confirm our belief that our guests at the fair expect expert knowledge, and we will certainly have lots of it during the next edition of ITM. We are working intensively on the programme. Of course, the extremely valuable core of the fair remains the diverse exhibition and exhibitors' offerings, – says Anna Lemańska-Kramer.  ITM INDUSTRY EUROPE will be held on 26-29.05.2026 on the fairgrounds of MTP Poznań Expo. The exhibition of the Modernlog and Subcontracting fairs will be available simultaneously. 

08/01/2026

Challenging the market with the excellence of precision machining

In the competitive landscape of the precision mechanical industry, the difference between a shop and a market leader is measured in microns of precision and cycle seconds. To stay at the forefront, companies must be able to count on machining centers that are not only high-performance, but true profit centers. It is with this vision that EMIL MACCHINE UTENSILI offers its selection of cutting-edge technologies from the ENSHU, FUJI, PRIMINER and SMART Machine Tool brands. Brands that represent the ideal balance between construction innovation and operational robustness, essential for the most demanding machining operations required by today's market. The key element: unfailing precision. The solution: brands imported exclusively by EMIL MACCHINE UTENSILIThe machining of critical mechanical components, especially in the aerospace, hydraulic, medical, and automotive sectors, requires uncompromising dimensional and geometric precision. This also includes reduced machining times.5-axis machining centers (such as those offered by PRIMINER, for example) do more than simply reduce workpiece setups; they guarantee the ability to complete complex machining operations in a single setup. This translates directly into:Reduction of reference errors (the need to reposition the part is eliminated, accumulated tolerances are eliminated).Optimal surface finishes (the ability to access the part from any angle allows the use of shorter tools and a more efficient tool path.But if multi-axis precision defines 5-axis, production speed and reduced cycle times are the beating heart of ENSHU machining centers.Designed in Japan for high production, ENSHU centers are the number one choice for machining operations that require a relentless pace and consistent precision in series.Their strength lies in the combination of:Ultra-high working speedsLegendary reliabilityFlash-fast tool changesENSHU is the answer for the shop that aims to produce high volumes while maintaining consistent quality over time, turning speed into a measurable competitive advantage. In parallel, CNC lathes (such as those from FUJI and SMART Machine Tool) offer exceptional thermal stability and structural rigidity, essential for maintaining precision even during intensive and prolonged production cycles or in the presence of heavy-duty machining. Maximizing performance: the new productivity offered by EMIL MACCHINE UTENSILI with its robotic solutionsProductivity is not just speed, but the ability to obtain maximum performance with minimal machine downtime. The manufacturers we offer have been chosen for their intrinsic reliability, but the real leap in quality occurs through the integration of advanced technologies, now indispensable for optimizing efficiency in workshops. This is why we affirm that the true revolution in the workshop is represented by the union between high-precision machine tools and flexible robotic solutions.The integration of robots Collaborative systems can allow lathes to operate unattended 24/7, for example. Workpiece loading/unloading times are drastically reduced, often exceeding the efficiency of human operators for repetitive cycles. Attaching a 5-axis machining center to a robotic system for pallet changing or workpiece loading transforms the single machine into a production cell capable of handling mixed batches and high volumes, ensuring unparalleled operational continuity. The practical result? The mechanical workshop is transformed into an efficient and scalable environment, where the machine processes the workpiece and the robot takes care of logistics. The operator, freed from repetitive tasks, can dedicate himself to quality control and programming advanced. EMIL MACCHINE UTENSILI, your Partner for Industry 4.0.Investing in machine tools from brands such as ENSHU, FUJI, PRIMINER and SMART Machine Tool means choosing reliability. Implementing robotic automation means embracing flexibility, efficiency, constant precision and downtime reduced to the bare minimum. With EMIL MACCHINE UTENSILI, automation is not a luxury, but a way to manage peaks in demand or mixed batches without having to increase staff, especially in this historical moment in which it is difficult to find truly competent operators. Enter the Virtual ShowroomFinally, an invitation to visit the Virtual Showroom of EMIL MACCHINE UTENSILI. By accessing our site you will have the opportunity to explore the detailed technical specifications of the PRIMINER and ENSHU centers, the robustness of the FUJI and SMART Machine Tool lathes.


The French event that gives value to industry

A catalyst for ideas, innovation, and collaboration, Global Industrie brings together all the sector's stakeholders—manufacturers, regions, federations, associations, and business and political figures—for four days to design and build the industry of tomorrow. From March 30 to April 2, 2026, the major industry event, organized by GL events Exhibitions, returns for its 8th edition, confirming its role as a benchmark for the sector. Global Industrie offers companies concrete tools to develop their business, identify innovations, access strategic investors, and anticipate technological and social transformations. For four days, the show will welcome 60,000 professionals, 2,500 exhibitors, and 750 speakers across 100,000 m², transforming Paris Nord Villepinte into a true hub of innovation, technology, and industrial expertise. Exhibitors will be organized into 14 thematic universes, representing the main areas of the industry:1. Assembly, mounting, industrial fastenings2. Electronics3. Energy and sustainable production4. Industrial equipment and services5. Finishing and materials treatments6. Forging and foundry7. Raw materials and semi-finished products8. Measurement, control, vision, instrumentation9. Plastics, rubber, composites and additive/3D manufacturing10. Regions and countries11. Robotics12. Smart: digitalization, automation, mechatronics13. Sheet metal, metal forming, welding (equipment and know-how)14. Mechanical processing, material removal and additive manufacturing/3D metal (equipment and know-how)New for 2026THE BOOSTER SPACE CONNECTS EVERYONE. Global Industrie introduces the Booster Space, designed to guide industrialists towards immediately implementable solutions. Around 60 players will be involved to facilitate the connection between visitors and strategic partners, identify rapid responses to key challenges and offer personalized support. At the center of the exhibition area, a central hub will offer a guided tour and a mapping of the players based on the needs of companies: financing and investments, internationalization, skills and consultancy, organized into 4 thematic centers. Around the hub, 20 startups selected by a dedicated jury will present operational solutions to address the challenges of industrial transformation. Finally, the space will host workshops, meetings with experts and a speech area dedicated to in-depth analysis. THE ARENA, A SPACE TO DISCOVER PROFESSIONS AND PROMOTE EXPERTISELocated in Hall 6, the Arena will bring together the GI Avenir space, dedicated to the attractiveness of professions, training, and employment, and the Golden Tech, a continuous show that will see professionals from 11 disciplines compete. A unique opportunity for the 8,000 young people expected to discover the reality of today's industry up close, engage with experts, experiment with innovations, and participate in interactive and fun workshops. In this context, Global Industrie confirms its role as an accelerator of reindustrialization and a showcase for innovation, offering companies tools and opportunities to address the challenges of the future and build a more competitive, sustainable, and attractive industrial ecosystem. The history of Global IndustrieInaugurated in 2018, Global Industrie was born from the union of four major industrial events: Smart Industrie for connected, collaborative, and efficient industry; Global Industrie, which brings together manufacturing technologies and equipment; Tolexpo, which focuses on sheet metal working solutions and equipment; and Midest, dedicated to industrial subcontracting. The event takes place in Lyon in odd-numbered years and in Paris in even-numbered years. Global Industrie quickly established itself as one of Europe's leading industry trade shows, engaging the entire sector: the entire ecosystem (startups, large groups, subcontractors, manufacturers of industrial equipment and solutions, competitive clusters, research centers, etc.); the entire value chain (R&D, digitalization, design, production, maintenance, services, training, technical assistance, etc.); and all target markets (transport, energy, agri-food, chemicals, cosmetics and pharmaceuticals, mechanical engineering, etc.).

07/01/2026
Zur Info: Global Industrie

High-end CNC turning and milling operations with Redex linear drives

Backlash-free combined unit for high-quality machiningWith the MC series, NILES-SIMMONS offers CNC machining centers for turning and milling that combine maximum precision with a high degree of flexibility and adaptability. These machine tools are in great demand in the aerospace industry, for which they were originally developed, but demand also comes from other sectors. The Redex combined system consists of two planetary gearboxes with integrated pinion, preloaded and backlash-free, which helps ensure exceptional machining with workpiece accuracy of up to +/- 2 µm.This is CNC turning and milling at the highest level: with With the NILES-SIMMONS N40 MC machining center, users can produce rotationally symmetrical components up to nine meters in length, with a swing diameter of up to 1,100 mm, and weighing up to four tons in a single setup and, if necessary, as a 100% automated machining process. The machining center allows for the integration of various machining operations, such as turning, milling, grinding, and measuring, all performed with high precision. The 60° tilt-bed technology of the welded steel frame, filled with concrete, contributes significantly to machining accuracy.Target applications: High-precision complete machining for the aerospace industryThis machining center is primarily used in the aerospace industry, which also uses the smaller and larger models of the MC series: from the N20 MC to the N60 MC series. Some of the components produced by these machines are subject to high stress over time, such as aircraft landing gear. This type of application is virtually integrated into the machines from the design stage.Carsten Hirche, project manager for the N40/N50/N60 series at NILES-SIMMONS, explains: «The goal was to develop a new generation of lathes in collaboration with a leading international supplier of jet engines. However, the series is also used in the oil and gas pipeline industries, and for general heavy-duty machining; in other words, wherever complex workpieces with extreme requirements in terms of precision and stability need to be produced."Modular options, flexible machiningThe characteristic profile of these machines, in this case the N40 MC model, can be summarized as follows: it can be designed as a single or multiple-slide machine, offers maximum precision, and is also very easy to operate and extremely flexible. The modular system allows for the addition of variable machining units, and with different tool systems, tool magazine sizes, and a wide range of options, users can tackle even the most challenging machining tasks. They can also adapt the dimensions of the N40 MC machine to their needs, as the machining center is available in various nominal lengths.The challenge: designing powerful, high-precision mechanical axis controlOne ​​of the many challenges the design team faced during development was selecting an axis guidance system that could meet the highest positioning and machining accuracy requirements. The choice was between direct drives or geared drives. For the bed carriage, the NILES-SIMMONS designers opted for a rack-and-pinion drive from Redex. This allows for rapid machining processes for large components. Key specifications: the maximum travel speed is 30 m/min with an acceleration of 3 m/s² and a moving mass of up to 4,500 kg. Depending on the model, the machine can achieve a feed force of up to 30,000 N.A rack-and-pinion system with electrical preload was chosen.Although the aforementioned specifications are already impressive, they still say nothing about precision. Carsten Hirche continues: "The precision requirements that are met are very high. The machine must guarantee maximum precision and zero backlash even under high forces and accelerations." Here's another fact: we achieve repeatability accuracies in the µm range, with overall part accuracy of up to +/- 2 µm.Why was the Redex DRP2 series chosen for this application? «The factors that influenced the decision were power transmission, vibration behavior, precision, and optimized integration, in terms of space, into the machine architecture.»DRP: High-precision, backlash-free combined systemThe DRP combined system consists of two high-quality planetary gearheads housed in a torsion-resistant spheroidal cast iron monoblock. The two integrated pinions on the output side engage the rack and, via the master-slave operation of the motors, create the desired preload to enable highly precise, backlash-free movement.This design is well-suited in theory and practice and allows designers to achieve greater travel distances and precision than ball screws, which also have limitations in terms of achievable machining accuracy on the workpiece due to high travel speeds and increased temperatures on the machine frame.The NILES-SIMMONS team is completely satisfied not only with the product used, but also with the collaboration during the design phase. Carsten Hirche sums up: "Redex provided us with excellent support, and we always received competent answers to our questions." And the result speaks for itself: the N40 MC machining center is used worldwide in extremely demanding applications, not just in the aviation industry.

21/01/2026
Zur Info: Redex Sas

Inovance's compact CNC and servo technology enhances performance of French micro milling machine

Inovance provides OEMs with compact 5-axis CNC micro milling products.The high-performance machine weighs just 120 kg, without compromising performance.It saves on weight, size, power consumption, costs, and carbon footprint.French machine manufacturer S3DEL has used technology from global industrial automation specialist Inovance to create a high-performance 5-axis CNC micro milling machine. S3DEL's new machine, while offering the same technologies and functionality as heavy-duty machines, weighs just 120 kg and integrates Inovance servos, motors, and other components.S3DEL supplies micro milling machines and equipment for a variety of industries—from jewelry to dentistry—specializing in customized solutions. The company was looking for a partner capable of providing compact technology to reduce the size and weight of its machines without compromising performance.Local Service and Compact, High-Performance Products from InovanceThe French OEM chose Inovance for its strong local technical and engineering support in France. Inovance products, selected by S3DEL for their efficiency, precision, and speed in motion control, were delivered quickly. Another key factor was Inovance's communication and integration of ISO-coded interfaces.The Inovance solutions used in the micro milling machine include the ultra-compact PA9000 EtherCAT CNC controller, robust and lightweight, with true five-axis technology (RTCP). In addition, S3DEL has integrated the compact, high-performance SV660N servo controller, the highly dynamic MS1 servo motor, the compact MD200 high-frequency AC drive, and other peripheral products such as I/O modules and line filters.Smaller, lighter micro milling machine maintains performance and generates savingsThe state-of-the-art S3DEL micro milling machine is not only lighter, but also significantly more compact and operates at 220 V instead of 440 V. In addition to the reduction in size, weight, and power consumption, the micro machine is now much easier to move and handle. In addition to cost savings, the device has a smaller carbon footprint, and the complex project was completed within a short timeframe. S3DEL emphasizes that close collaboration with Inovance engineers was crucial to meeting the installation and commissioning deadlines.Damien Chambrey, CEO of S3DEL, says: “Collaboration with the Inovance engineering team was a key factor in the success of the project. Each person gave 200% of their energy. We are satisfied with the result and will certainly consider collaborating with Inovance on future projects.”Cedric Pujols, Country Manager of Inovance Technology France, adds: “We really enjoyed working with S3DEL on this exciting project. We were impressed by the fact that the company is not only focused on profit, but is also strongly committed to reducing carbon emissions. We hope to continue collaborating with S3DEL in the future.”

16/01/2026
Zur Info: Inovance

Why it's time to rethink your tooling costs.

Introducing Pay per PartImagine producing components in repeat batches and focusing solely on delivery instead of managing tooling sourcing, logistics, and performance issues. No replenishment or quality concerns, and no last-minute panic when you realize you're out of the tools you need to complete the job. Today, manufacturers can't afford to be overwhelmed by paperwork that slows down productivity. As Johan Huss, Vice President Digital Products and Services at Sandvik Coromant, explains, the future lies in business models that reduce complexity on the shop floor and directly link costs to actual productivity.Forty-four percent of engineers spend at least six hours a week dealing with procurement issues, according to Fictiv's latest State of Manufacturing report, which found that 19 percent of engineers surveyed spent more than eight hours a week (a full working day) on procurement activities in 2025. This percentage is up from 13% in 2024, underscoring the growing burden on teams managing an increasingly complex supply chain.But it's not just the time spent ordering new tools that's at stake. Research by Sandvik Coromant shows that, although tooling represents only 3-5% of total production costs, its poor management negatively impacts many other areas, leading to operator downtime, scrap, and emergency purchases. In fact, up to 20% of an operator's time can be wasted simply searching for the right tool, a prime example of how small setbacks can add up very quickly.This data also highlights another need: manufacturers need more efficient service and technology-based procurement solutions that streamline workflows and allow teams to focus on higher-value activities. Outcomes matter more than production volumesThis is where outcome-based models can make a tangible difference, especially for those working in high-volume machine shops. Production rates.Let's start by examining how a typical procurement process works. It begins with scheduling a batch of parts, so the first thing to do is check tooling availability. Now, imagine inventory is running low and an engineer or purchasing representative needs to place a purchase order, perhaps from multiple suppliers. Replenishment times will need to be tracked, deliveries monitored, and invoices reconciled. In many cases, teams hold "emergency" inventory that ties up capital and takes up warehouse space.For a fast-paced machine shop, this cycle repeats endlessly, stealing valuable production time that could otherwise be used to improve processes or solve design challenges. This is where outcome-based models can literally turn this tooling strategy on its head. Instead of purchasing tools as consumables, manufacturers pay a fixed cost for each finished component.The "pay-per-use" model works like shopping at the supermarket: the buyer pays only for what he uses. Thus, manufacturers pay for a service or product based on how much they will use it, rather than paying a fixed fee. In other words, if a machine shop uses more, it will pay more, and vice versa. It's an efficient and flexible way to access services or products.At Sandvik Coromant, the Pay per Part service was designed to remove any complexity from the machining processes and offer customers maximum transparency into their production costs. The first phase consists of a detailed analysis of the customer's situation, where the team takes the time to understand their business objectives and review their existing tooling strategy to identify areas for improvement.This may reveal, for example, that there are too many tools in stock or that a lot of valuable time is wasted searching for the right tool for the entire shop. With this analysis, Sandvik Coromant experts can develop a tooling strategy tailored to the customer's components and challenges. This includes selecting the most efficient tools, setting the right process parameters, and integrating digital solutions to ensure transparency and monitor performance.Keyly, the result is a fixed cost per component, offering the customer significant benefits in terms of predictability and control. Instead of managing tool costs separately or worrying about unexpected downtime, every aspect of the manufacturing process fits into a single, reliable cost structure.A partner for real results The advantages of this model are clear. Costs become transparent and predictable, with no unexpected expenses. Daily operations are simpler because less time is spent managing tools, which benefits production. Process reliability improves, resulting in reduced downtime and scrap, while a commitment to continuous optimization delivers tangible savings year after year.The "pay-per-use" model also promotes sustainability, as tool reconditioning, reduced packaging, smarter logistics, and longer tool life all help eliminate waste and reduce environmental impact.The service is not static but committed to continuous optimization, with gradual updates to improve tool life, process stability, and overall efficiency. By combining advanced tooling expertise with continuous, data-driven refinements, the Pay per Part model ensures production that is not only reliable but also increasingly efficient over time.With Pay per Part, Sandvik Coromant not only provides tools but also offers time and stability, positioning itself as a partner for concrete results. Manufacturers will have the security of knowing that each component will be produced with guaranteed quality and at a fixed cost, while the complexities of tooling, logistics, and optimization will be managed by dedicated experts, ensuring production is always at the highest levels.Today, manufacturers cannot risk being overwhelmed by administrative procedures. On the contrary, they need a model that recognizes their needs and offers value-oriented support, specific to their performance, starting with tool logistics and the choice of a partner capable of supporting them in a predictable, transparent and intuitive way, leading to increasingly profitable production.For more information on Sandvik Coromant's Payment per Part service, visit the website.Sandvik CoromantTogether with customers and partners, Sandvik Coromant paves the way to a sustainable future and provides tooling solutions to the mechanical engineering industries from around the world. Over eighty years of practical experience have allowed us to accumulate a wealth of knowledge in metal cutting and processing. This expertise transforms every challenge into an opportunity for innovation, collaboration, and cutting-edge solutions. Our goal is to pursue positive change by promoting sustainability, efficiency, and growth to shape a future where innovation is at the forefront. Part of the global industrial engineering group Sandvik, Sandvik Coromant is committed to building the future, together with its customers.


Industry and Sustainability: The Case of Nuova Menon

Environmental sustainability is one of the most important challenges for the industrial world today. With the advance of industrialization, resource management and environmental protection take on a central role not only in economic but also social terms.Companies and businesses are increasingly called upon to develop innovative solutions to reduce the impact of their activities: on the one hand, driven by public opinion and government regulations, on the other by growing awareness of the effects of global warming, pollution, and the intensive exploitation of natural resources.Nuova Menon's sustainable commitmentNuova Menon, specialized in hot metal forging and precision mechanical machining, has undertaken a concrete path towards sustainability since 2017. The integration of technologies based on renewable sources has allowed the company to significantly reduce polluting emissions:over 2,000 tons of carbon dioxide avoided,approximately 323 kg less nitrogen oxide,more than 200 kg of sulfur dioxide not released into the environment.A corporate strategy based on sustainabilityThese results represent only part of a larger project. Sustainability, in fact, is now an integral part of Nuova Menon's corporate strategy, which constantly invests in:energy efficiency, to reduce consumption and waste,renewable energy, with the installation of a solar panel system,product innovation, aimed at reducing the environmental impact of manufacturing,circular economy, thanks to an efficient system of recycling and reuse of waste,waste reduction, through internal separate waste collection policies and optimised processes.A daily commitment to the futureFor Nuova Menon, the Environmental protection is not an accessory value, but a concrete responsibility that guides every corporate decision. A daily commitment that confirms how industry can be both competitive and sustainable, helping to preserve the planet for future generations.

13/01/2026
Zur Info: Nuova Menon

BIG DAISHOWA launches new angle heads with internal coolant up to 70 bar

Heads deliver improved cooling efficiency and chip evacuation for aerospace and energy applications.BIG DAISHOWA, a world leader in premium precision tooling and machining solutions, is introducing a major expansion to its range of fixed 90-degree angle heads with the new TAG90 through-tool coolant and AG35 high-pressure adapters.These innovative angle heads deliver coolant directly from the spindle line to the cutting edge, bypassing the stop block. The result is significantly improved cooling efficiency, chip evacuation, and tool life, especially in difficult-to-cut materials typical of the aerospace and energy industries. With pressures up to 70 bar and flow rates up to 30 l/min, the system enables precise delivery of coolant directly to the cutting edge. This ensures stable machining of exotic alloys such as titanium, Inconel, and cobalt-chromium, reducing heat generation and extending tool life.BIG DAISHOWA offers two main configurations:Modular-type angle heads: with interchangeable AG35 high-pressure adapters, including New Baby Chuck and Side Lock, for flexible applications.HMC-type angle heads: with a highly rigid milling spindle for maximum precision and stability.The modular concept allows for quick adaptation to different operations. The new adapter technology ensures a robust seal and long life: mechanical wear and internal frictional heating, which normally reduce seal life, have no impact on the system.BIG DAISHOWA angle heads enable vertical and horizontal machining in a single setup, improving efficiency and precision and reducing cycle times in operations such as drilling and milling. The addition of internal coolant further amplifies these advantages, making the system ideal for complex components such as power turbines, aircraft structures, and other high-performance applications.“After years of customer requests, we have developed an angle head with internal coolant that meets the real-world challenges of machining in the aerospace and energy industries,” says Giampaolo Roccatello, Chief Sales & Marketing Officer Europe at BIG DAISHOWA Europe. “With pressures up to 70 bar and direct coolant delivery to the cutting edge, these angle heads represent a significant leap forward in productivity, tool life and reliability, especially in exotic materials.”By integrating high-pressure coolant supply directly into the head, BIG DAISHOWA now offers a complete solution for difficult materials and complex geometries. The system eliminates the need for peripheral coolant lines via the stop block, simplifying installation and reducing maintenance.With this innovation, BIG DAISHOWA continues to push the boundaries of precision, helping machine shops achieve greater process reliability, improved chip evacuation and superior surface quality even in the most challenging machining environments.BIG DAISHOWA Europe is part of the BIG DAISHOWA Group. Headquartered in Osaka, Japan, and with a strong global presence with offices in Europe, North America and Asia, BIG DAISHOWA employs a team of 900 professionals committed to continuously improving metalworking processes. BIG DAISHOWA continues to set new standards in the global boring tool industry, designing and manufacturing all electrical and electronic components in-house, including wireless control and monitoring systems. The comprehensive product range comprises over 20,000 precision tools, including collet chucks, hydraulic chucks, boring heads and boring bars, indexable inserts, and measuring instruments, all produced to the highest standards of quality and precision. www.bigdaishowa.eu


Performance on the test bench: CoroDrill® DE10 benchmarking program

Proving absolute effectiveness compared to competing high-volume drilling solutions When Sandvik Coromant launched CoroDrill® DE10 in March 2025, the goal wasn't simply to introduce a new drilling tool. The exchangeable-tip drill was the first of its kind in high-volume drilling, offering a plug-and-play approach and a universal M5 geometry for faster, higher-quality results and greater versatility. But none of these advantages really make a difference until you understand their importance in real-world situations. In this article, Mikael Carlsson, Global Product Specialist for Indexable Rotating Tools at Sandvik Coromant, shows what the CoroDrill® DE10 can do. This tool was developed with three main goals in mind: ease of use, reliable performance, and adaptability. It features a patented tip-body interface and a high-strength steel drill body, which together ensure maximum stability under demanding cutting parameters.  One of the most innovative features of this tool is the injection-molded solid carbide tip, a first for Sandvik Coromant. By adapting the powder injection molding process, traditionally reserved for plastics, the team was able to achieve a more precise and consistent tool geometry. This has enabled greater control of the drill center and a more robust corner design, ensuring reliable tool performance even under challenging cutting conditions.Another key feature of CoroDrill® DE10 is the patented pre-tension clamping interface, which combines intuitive design with superior security. This interface enables quick and easy drill bit changes without spare parts, ensures reliable drilling at high speeds and feeds, delivers higher clamping force, and produces straighter holes with tighter tolerances without the need for a pilot drill. Furthermore, thanks to its longer drill body life, CoroDrill® DE10 is the most robust exchangeable-head drill of its kind. However, regardless of these advantages, a tool must prove its worth in real-world machining environments if it is to truly transform the way manufacturers approach holemaking operations. A tool that makes a difference in ISO P applicationsFollowing its launch, Sandvik Coromant decided to test the performance of CoroDrill® DE10 through an extensive global benchmarking program. Over several months, four Sandvik Coromant Centers (in Sandviken, Sweden; Renningen, Germany; Chongqing, China; and Mebane, USA) conducted rigorous tests in real-world production scenarios. Each site applied standardized cutting parameters on different materials, such as steels (ISO P1 and P2) and stainless steels (ISO M1), comparing CoroDrill® DE10 with leading market competitors. For a complete overview of the tool's performance, several properties were tested and analyzed: hole diameter, surface quality, burr height, chip formation, tool life and process security were evaluated and compared with six competitors' solutions, using the same cutting data in each test for the three materials tested.  The results were always in favor of CoroDrill® DE10. At Sandviken, where tests on high-strength ISO P2 materials pushed the drills to their limits, CoroDrill® DE10 achieved H9/H10 hole tolerances with exceptional process security, while the other two tools tested failed to achieve this level of accuracy. CoroDrill DE10 achieved consistent surface quality (Ra 0.8–1.3 µm) without damaging the tool, while competitor tools suffered chipping or edge wear despite having similar surface roughness. Other ISO P tests showed encouraging results. In Germany, where tests were performed on an ISO P1 workpiece, CoroDrill® DE10 improved or maintained surface finish values under optimized conditions (1.2–1.9 µm), while a competitor's tool significantly deteriorated to values of 3.3–3.8 µm, even after optimization – a sign of process instability and poor edge quality. The other competitor showed an inconsistent surface finish from the start and was not subjected to further testing due to unsatisfactory performance.Images from the wear tests conducted in Chongqing undeniably demonstrate that CoroDrill® DE10 offers more stable and predictable wear patterns than competitors. CoroDrill® DE10 showed only slight flank wear and minor abrasion after 41 meters of drilling, with no edge fractures observed. The wear was uniform and predictable, indicating controlled cutting forces and stable chip evacuation. On the other hand, a competitor achieved a similar cutting length, but experienced corner fracture and cutting edge damage. These wear phenomena, linked to underlying brittleness, are a sign of instability, most likely due to chip adhesion or microfractures on the cutting edge. Another competitor reported significant wear after just 38 meters, with chipping of the cutting edge and poor coating integrity. Highest precision in ISO MThe strengths of CoroDrill® DE10 were also evident in tests on ISO M materials. At the Mebane facility, the tool performed better in every test, outperforming competitors thanks to the best compromise between precision, surface quality, stability and tool life. In the tests, CoroDrill® DE10 achieved a high level of precision in the hole diameter (in a range of 13.03–13.05 millimeters) while maintaining a uniform surface finish (Ra 0.7–1.0 µm). It completed over 52.5 meters of holes without reaching its tool life limit, unlike the other tools, which reached their wear limits at the same cutting length. The results for ISO M1 materials were also positive for Sandviken. CoroDrill® DE10 exceeded 76 meters of drilling and was still usable, while the competitor stopped at just 53 meters with initial chip formation deterioration. The tool also maintained consistent hole diameters of 13–13.02 millimeters, meeting H9/H10 tolerance classes. The competitor tool, however, produced slightly undersized holes of 12.99–13.02 millimeters. While this is an infinitesimal difference, even the smallest deviation in hole size can cause problems with real-world part assembly. It's one thing to bring a new solution to market, but demonstrating its capabilities versus competing solutions is another challenge entirely. The innovations behind CoroDrill® DE10 aren't just exciting; they make a real difference in high-volume drilling. Learn more about CoroDrill® DE10 by viewing technical insights, videos, and customer success stories on the Sandvik Coromant website.


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