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Ansys 2025 R2 Released

Nitin Patil
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Ansys 2025 R2 Released

PITTSBURGH, PA, USA, Jul 30, 2025 – Ansys, now part of Synopsys, (NASDAQ: SNPS) announced 2025 R2, featuring new AI-powered capabilities across the portfolio that accelerate simulation and expand accessibility. R2 also delivers enhanced solvers, streamlined workflows, and improved engineering agility with expanded Python compatibility and on-demand cloud computing. Ansys technology drives impact by enabling teams to scale models, explore more innovative design possibilities, and make intelligent product decisions earlier, from next-generation satellites to datacenter design.

“Ansys simulation is the touchstone of reality when it comes to physics, bridging the theoretical with the experimental,” said Shane Emswiler, senior vice president of products at Ansys. “With over 50 years of expertise in advanced physics computation, 2025 R2 continues to push the envelope by delivering enhancements for smarter, faster, and more complex simulations. Ansys technology provides the framework to make data meaningful through models, metadata, traceability, and standards — empowering more innovative products now and in the future.”

Ansys 2025 R2 amplifies human ingenuity with AI-driven tools and features that simplify simulation adoption, encourage collaboration, and boost productivity across teams.

Physics-based AI for Intuitive Simulations

Ansys 2025 R2 introduces Ansys Engineering Copilot — a secure, robust, and reliable virtual assistant built on decades of Ansys technical expertise. It delivers AI-driven assistance directly within Ansys products with a consistent, seamless user experience and instant access to a vast knowledge base. This includes AnsysGPT™ — which integrates Microsoft Azure AI Foundry, including Azure OpenAI in Foundry Models — all Ansys websites, thousands of articles, over 800 innovation courses, a global user forum, and enables the creation and tracking of support cases.

“We’re pleased to collaborate with Ansys as they continue to develop and integrate innovative AI solutions for their customers,” said Nidhi Chappell, Vice President, Azure AI Infrastructure at Microsoft. “Integrating Microsoft Azure AI Foundry with AnsysGPT allows engineers to quickly access critical information and take advantage of the deep engineering expertise from Ansys to enhance productivity and accelerate innovation.”

2025 R2 adds AI capabilities across the Ansys portfolio to automatically create, validate, and optimize high-fidelity simulation — speeding model creation, reducing manual effort, and mitigating human error. 

Combining these capabilities with improved data handling and automation allows organizations to unlock new efficiencies and create streamlined, scalable workflows.

Maximize Results Through Improved Data Handling and Automation

The latest release advances digital engineering by simplifying data handling and management tasks — boosting efficiency and collaboration across the enterprise. Robust data management strategies enable companies to unlock the full utility of their data throughout the product life cycle, train AI models, and generate synthetic data with confidence. In addition, enhancements in model-based systems engineering (MBSE) enable teams to collaborate from a single source of truth, ensuring digital continuity and cross-team collaboration.

Expanded Python compatibility adds another layer of flexibility, allowing engineers to create customized automation that accelerates workflows, boosts data management, and ensures project repeatability.

For example, Danfoss Drives, a global leader in energy-efficient motor control solutions, uses Ansys simulation to validate complex system designs, empowering industries to optimize performance, reduce energy consumption, and enhance operational reliability through innovative drive technology.

“PyAnsys™ is critical to enabling custom workflow automation, integration, and scalability across our simulation environment,” said Michael Laursen, head of virtual design, test & optimization, Danfoss Drives. “The open ecosystem allows us to connect tools and leverage AI for an accelerated end-to-end workflow. Ansys technology helps our teams advance and maximize our digital design processes to keep pace with an ever-changing industry, all while reducing costs and speeding product development.”

  • Over 40 Python libraries within the PyAnsys™ collection, now featuring PySTK™ and PyChemkin™, which offers a Python interface to Ansys solutions to automate workflows and drives higher productivity and efficiency across applications
  • Reduce cybersecurity risks by automating threat analysis and vulnerability management in the new web-based, fully cooperative solution Ansys medini® Cybersecurity SE
  • Directly connect software, safety, and simulation in one solution with the SysML v2 web-based platform Ansys System Architecture Modeler (SAM)™ Enterprise, delivering a comprehensive MBSE methodology​

Embracing smart automation and comprehensive data management enables teams across the enterprise to work more seamlessly. With advanced computational tools, insights quickly transform into action, empowering teams to execute with confidence and precision.

Replicate Reality with Advanced Computation

Solving complex design challenges requires advanced physics models and simulations that replicate real-world conditions. To help customers drive innovation, Ansys continues to enhance its core technology to empower users to achieve significantly faster results and unlock new opportunities in product development.

  • Faster performance on large transient models with the new mixed solver in Ansys Mechanical, now supporting efficient analysis of thermal changes over time
  • Eliminate manual setup and improve the speed, rendering, and usability of meshing complex, stacked electronics systems with the new mesh flow in Mechanical
  • Ansys Rocky™ and Ansys FreeFlow™ provide advanced multiphysics capabilities, including thermal, fluid-structure, and electromagnetic coupling for detailed simulations and performance optimization
  • Ansys PowerX™ debugging tool significantly reduces design time in semiconductor power devices by quickly identifying parasitic issues, streamlining setup tasks, and enabling efficient 2D meshing

To illustrate, Ampleon, a pioneer in RF power, leverages advanced simulation technology to design dependable, high-performance GaN and LDMOS solutions for 4G LTE, 5G NR infrastructure, as well as for industrial, scientific, medical, broadcast, navigation and safety radio applications.

“Designing RF power products is challenging when managing electromagnetic, thermal, and mechanical interactions effectively,” said Dr. Vittorio Cuoco, Team Lead of Modeling and Characterization Group, Ampleon. “Ansys’ solutions offer precise simulations that tackle these challenges head-on, minimizing design risks and improving reliability. The results are immeasurable — higher performance, energy savings, and greater efficiency.”

This acceleration is further amplified by the flexibility of cloud-based simulation. By leveraging on-demand technologies, businesses can drive digital transformation with ease.

Drive Digital Change with Cloud-based Simulation

Additional highlights include maximizing computations with cloud technology, high-performance computing (HPC), and GPU-optimized infrastructure. These capabilities allow customers to explore more design possibilities in less time through faster, more scalable simulations. With expanded web-based and on-demand capabilities, engineers can seamlessly access tools, streamline workflows, and push the boundaries of product development beyond the desktop.

  • Ansys Icepak electronics cooling software gets a powerful boost with GPU acceleration, delivering faster iterations, more simulations, and deeper insights into the most challenging electrothermal applications
  • Improved meshing capabilities in Ansys Discovery enhance simulation reliability and quality, accelerating time-to-solution and enabling faster, more confident setup with new GPU capabilities
  • The Ansys Cloud Burst Compute on-demand HPC capability is now available within six Ansys products, including Ansys Speos and Ansys Lumerical FDTD™, eliminating the need for setup, IT support, or HPC expertise

Click here to learn more about Ansys 2025 R2.

About Synopsys

Synopsys, Inc. (Nasdaq: SNPS) is the leader in engineering solutions from silicon to systems, enabling customers to rapidly innovate AI-powered products. We deliver industry-leading silicon design, IP, simulation and analysis solutions, and design services. We partner closely with our customers across a wide range of industries to maximize their R&D capability and productivity, powering innovation today that ignites the ingenuity of tomorrow. Learn more at www.synopsys.com.

Nemetschek Expands India R&D Operations with New Bengaluru Office, Plans to Hire 250 Professionals Over Two Years

Sachin R Nalawade
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Nemetschek Expands India R&D Operations with New Bengaluru Office, Plans to Hire 250 Professionals Over Two Years

BENGALURU, India, Jul 30, 2025 – Nemetschek Group, a globally leading software provider for the AEC/O (Architecture, Engineering, Construction and Operations) and media industries, today announced the opening of its new office in Bengaluru, further strengthening its presence in India. As part of this expansion, the company plans to hire 250 professionals in two year across Software development, R&D, and support functions over the coming months.

Nemetschek India also Earns Great Place to Work® Certification for Second Year Running, Underscoring Commitment to People-Centric Culture, it reaffirms the company’s focus on creating a people-centric culture in India’s AEC tech industry.

This move underscores Nemetschek’s strategic commitment to India as both a critical talent hub and a fast-growing market for digital transformation in the construction and building lifecycle sector.

“India is an important market to our global strategy—not just for its talent depth, but for the accelerating demand for digital solutions in the built environment,” said Vishal Mani, Managing Director, Nemetschek India. “This expansion was long overdue; we’re excited about the opportunities it brings for our teams and customers.”

The new office was inaugurated in the presence of Zoltan Ladi and Raghi Iyengar, who are technology leaders of Nemetschek group companies.

The new Bangalore R&D office will complement Nemetschek India’s existing operations in Hyderabad and Mumbai, creating a stronger network to attract talented resources passionate for innovation in digital construction softwares. It will also enhance the company’s capacity to develop technologies in areas such as Building Information Modeling (BIM), digital twins, cloud-based collaboration, and sustainable building design.

With the construction industry in India projected to reach USD 1.4 trillion by 2030, the demand for advanced AEC/O software solutions is accelerating. Nemetschek’s growing investment in the region is aligned with this trend, and its solutions are already being used by leading developers, architects, engineers, and government bodies across the country.

About Nemetschek Group

The Nemetschek Group is a globally leading provider of software for digital transformation in the AEC/O and media industries. Its intelligent software solutions cover the entire lifecycle of construction and infrastructure projects and allow creatives to optimize their workflows. Customers can plan, construct, and manage buildings and infrastructure more efficiently and sustainably, and develop digital content such as visualizations, films, and computer games in a creative way. The software company drives new technologies and approaches such as artificial intelligence, digital twins, and open standards (OPEN BIM) in the AEC/O industries to increase productivity and sustainability. We are continuously expanding our portfolio, including through investments in disruptive start-ups. More than 7 million users are currently designing the world with the customer-focused solutions of our four segments. Founded by Prof. Georg Nemetschek in 1963, the Nemetschek Group today employs around 4,000 experts.

Nemetschek Group officially launched in India last year and is strategically positioning itself to capture a 15-20% market share in the AEC software solutions sector. The company aims to play a key role in India’s burgeoning infrastructure and construction sectors, providing advanced, sustainable, and digital solutions to support the country’s growth.

The company, which has been listed in the MDAX and TecDAX since 1999, achieved a revenue of EUR 851.6 million and an EBITDA of EUR 257.7 million in 2023. For more information, visit www.nemetschek.com.

Nakamura-Tome Launches NTY³-150V CNC Multitasking Lathe

Nitin Patil
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Nakamura-Tome Launches NTY³-150V CNC Multitasking Lathe

HAKUSAN, Ishikawa, Japan, Jul 29, 2025 – Nakamura-Tome Precision Industry Co., Ltd. (CEO Shogo NAKAMURA) has announced the release of a new CNC multitasking lathe named “NTY³-150V.”

This machine is the fourth model in the V series, following the WY-150V introduced in October last year, and is specifically designed for high-speed performance. It features several new technologies—including “ChronoCut,” which reduces idle time during machining—enabling up to 30% increase in productivity.

Highlights:

ChronoCut Standard Equipped

Nakamura-Tome has incorporated its unique idle time reduction feature, “ChronoCut,” as standard . ChronoCut is software designed to shorten idle time during machining processes. As the machining conditions remain unchanged, it does not affect accuracy. For more details, visit https://www.nakamura-tome.com/corp_news/chronocut.

Efficiency Improvement Through Increased Tool Mounting Capacity

The NTY³-150V is a three-turret machine capable of mounting tools on up to 72 stations. By pre-setting tools for two or three workpieces beforehand, there is no need to change tool setups when processing different workpieces. Moreover, adjusting the left-right time balance and utilizing the lower turret for center support, along with the flexibility of machining processes that can be designed, adds to the appeal of three-turret machines.

Enhanced Machining Capability

The NTY³-150V is the first in its class to offer a spindle capable of handling a φ80 bar capacity, with the option of equipping a powerful motor of up to 28/15kW. Additionally, the milling motor features a standard output of 7.5/3.7kW, with maximum rotation speed increased to 10,000 min⁻¹. This enables high-speed machining of large-diameter workpieces while maintaining both high rigidity and precision.

Cross Over Travel for Upper Z-axis

When one turret is retracted in the Z-axis direction, the other turret can advance beyond its Z-axis reference point, ensuring a larger Z-axis travel.

Thanks to the cross over travel capability, each turret can move into the opposite side’s machining area. This enhances flexibility by making it easier to use the upper turret for long workpieces or operations involving long tools, significantly expanding the range of machining applications.

For more information about Nakamura-Tome and its products, visit https://www.nakamura-tome.com/contact_product.

Seco, HELLER Announce Strategic Development, Technology Partnership

Nitin Patil
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Seco, HELLER Announce Strategic Development, Technology Partnership

ERKRATH, Germany, Jul 29, 2025 – Seco Tools AB and Gebr. Heller Maschinenfabrik GmbH have entered into a strategic development and technology partnership to deliver advanced, efficient machining solutions tailored to customer needs.

The collaboration, formalized during the Seco ITI 2025 expert meeting in February, focuses on co-developing innovative machining processes, optimizing products, and accelerating their market readiness. The partnership brings together Seco’s cutting-edge tool technologies with HELLER’s CNC machines and manufacturing systems to offer integrated, high-performance solutions.

Cross-functional teams of engineers and technical experts from both companies will work closely to exchange expertise, drive joint development projects, and promote innovation in machining technologies.

Customers across industries, – including automotive and aerospace – will benefit from customized, process-optimized solutions. The partnership also includes comprehensive training programs and technical support to help users fully leverage the combined capabilities of both companies.

Stefan Steenstrup, CEO of Seco, stated: “By integrating our cutting tools with HELLER’s advanced CNC systems, we’re delivering a complete solution that addresses the real-world challenges of modern manufacturing. This project-based collaboration provides significant value for customers in mechanical engineering and aerospace sectors.”

Peter Weber, CSO of HELLER, added: “Partnering with Seco allows us to take a holistic view of our customers’ machining needs. Together, we’re developing and validating innovative technologies that are both future-ready and tailored to specific manufacturing challenges.”

About Seco

With its origins in Fagersta, Sweden and present in more than 75 countries, Seco is a leading global provider of metal cutting solutions for indexable milling, solid milling, turning, holemaking, threading and tooling systems. For nearly 100 years, Seco has driven excellence throughout the entire manufacturing journey, ensuring high-precision machining and high-quality output. For more information, visit www.secotools.com.

About HELLER

HELLER was founded in Nürtingen/Germany in 1894 as a small craft business. Today, the multinational group develops and produces state-of-the-art CNC machine tools and manufacturing systems for highly productive metalworking. Five production facilities in Europe, Asia and North and South America ensure a reliable supply to customers from many different sectors. In addition, HELLER is represented in all major markets with its own sales and service subsidiaries as well as qualified service partners. The HELLER product range comprises 4-axis and 5-axis machining centres, mill/turn machining centres, special-purpose and process machines, machines for crankshaft and camshaft machining as well as coating modules. The portfolio is supplemented by a modular range of services and an expanded spectrum of solutions for the digitalisation and automation of production. For more information, visit https://www.heller.biz.

Siemens to Unveil Optimize MyProgramming /3D Scanner for Shop Floor-oriented CNC Programming at EMO 2025

Nitin Patil
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Siemens to Unveil Optimize MyProgramming /3D Scanner for Shop Floor-oriented CNC Programming at EMO 2025

NUREMBERG, Germany, Jul 29, 2025 – At EMO 2025, Siemens will introduce Optimize MyProgramming /3D Scanner, a groundbreaking software solution that will fundamentally transform shop floor-oriented CNC programming. This innovative software combines cutting-edge 3D analysis technologies with programming right on the CNC control, maximizing efficiency, precision, and quality in production. Optimize MyProgramming /3D Scanner is part of the Siemens Xcelerator portfolio and enhances it with advanced technologies for process optimization in manufacturing.

Programming right on the control

The solution is distinguished by its direct integration into Sinumerik Operate, which allows users to create and optimize programs on the control. Seamlessly transferring geometric information from 3D CAD models into programs eliminates the need for cumbersome and error-prone manual input. This function saves significant time and costs while minimizing sources of error.

Efficiency and quality thanks to automatic data transfer

The 3D Scanner offers customized suggestions for manufacturing strategies based on geometric features. This function not only leads to enormous time and cost savings, it also allows better parameterization of machining cycles. This prevents programming errors, which means consistently high quality in production. By integrating Optimize MyProgramming /3D Scanner, machine manufacturers can increase the attractiveness of their products in a competitive market and convince customers through measurable efficiency and quality advantages in production.

Collaboration with DMG MORI

The software’s successful pilot with machine manufacturer DMG MORI demonstrated that the 3D Scanner is a powerful complement for optimizing manufacturing processes and can be seamlessly integrated into existing systems. Optimize MyProgramming /3D Scanner is integrated as a standard option in all DMG MORI machines equipped with Sinumerik One. The software will be available for purchase starting in autumn.

Availability and support

Optimize MyProgramming /3D Scanner is offered as a perpetual license for real machine tools and also as an option for their digital twin based on Run MyVirtual Machine. Experienced service providers offer support with comprehensive consulting as well as implementation. This ensures seamless integration of the software into modern production environments.

With Optimize MyProgramming /3D Scanner, Siemens reinforces its commitment to shaping the future of the manufacturing industry with advanced technologies and efficient solutions. The software sets new standards in CNC programming and enables manufacturing companies to make higher-quality products with more efficient production processes.

About Siemens Digital Industries

Siemens Digital Industries (DI) empowers companies of all sizes within the process and discrete manufacturing industries to accelerate their digital and sustainability transformation across the entire value chain. Siemens’ cutting-edge automation and software portfolio revolutionizes the design, realization and optimization of products and production. And with Siemens Xcelerator – the open digital business platform – this process is made even easier, faster, and scalable. Together with our partners and ecosystem, Siemens Digital Industries enables customers to become a sustainable Digital Enterprise. Siemens Digital Industries has a workforce of around 70,000 people worldwide.

About Siemens AG

Siemens AG (Berlin and Munich) is a leading technology company focused on industry, infrastructure, mobility, and healthcare. The company’s purpose is to create technology to transform the everyday, for everyone. By combining the real and the digital worlds, Siemens empowers customers to accelerate their digital and sustainability transformations, making factories more efficient, cities more livable, and transportation more sustainable. A leader in industrial AI, Siemens leverages its deep domain know-how to apply AI – including generative AI – to real-world applications, making AI accessible and impactful for customers across diverse industries. Siemens also owns a majority stake in the publicly listed company Siemens Healthineers, a leading global medical technology provider pioneering breakthroughs in healthcare. For everyone. Everywhere. Sustainably. In fiscal 2024, which ended on September 30, 2024, the Siemens Group generated revenue of €75.9 billion and net income of €9.0 billion. As of September 30, 2024, the company employed around 312,000 people worldwide on the basis of continuing operations. Further information is available on the Internet at www.siemens.com.

ENGEL to Present Next-Gen Automotive Lighting Manufacturing Process Using duo 700 Featuring Clearmelt without Hard Coating at K 2025

Nitin Patil
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ENGEL to Present Next-Gen Automotive Lighting Manufacturing Process Using duo 700 Featuring Clearmelt without Hard Coating at K 2025

SCHWERTBERG, Austria, Jul 29, 2025 – A new generation of decorative and functionalised rear-end-lights is about to enter series production. At K 2025, ENGEL will present the complete manufacturing process for the first time. At the centre of the exhibit is a duo 700 two-platen injection moulding machine from ENGEL, which combines the foilmelt and clearmelt processes. The result is a highly integrated and economically attractive solution for sophisticated visible parts in the automotive sector.

The result of the new production cell: Innovative rear-end-lights with decorative foil and PUR protection using clearmelt – without the need for costly hardcoating.

At the ENGEL exhibition stand, the rear-end-light module, measuring approximately 600 x 240 mm, is manufactured using a duo 700 machine and a rotary table mould from ZECHMAYER. The colour design of a foil is first transferred onto one side of the moulded part by thermoplastic back injection (foilmelt) – precisely positioned and evenly shaped. On the opposite side of the mould, clearmelt is used in the same mould to flood the surface with polyurethane, effectively creating an in-mould coating. This gives the part a highly transparent, scratch-resistant and design-enhancing surface layer in a single production step.

Technology combination with savings potential

The decisive advantage of combining different process steps in a single cycle is that the scratch resistance provided by clearmelt eliminates the need for costly hardcoating. In addition, the polyurethane (PUR) layer offers protection against yellowing caused by UV exposure. As the overall system provider for this production cell, ENGEL has integrated a high-precision PUR unit from CANNON.

Another cost advantage compared to conventional three-component injection moulding lies in the upstream foilmelt technology, in which only a colour design is transferred to the component using in-mould decoration (IMD) with a foil. This is achieved through the heat of the plastic melt – the carrier foil itself is removed, which saves material while allowing for highly precise optical design.

Compact, efficient and future-proof

The production cell showcased at K 2025 is based on an ENGEL duo two-platen injection moulding machine with 7,000 kN clamping force and a vertical rotary table. Thanks to its compact design, the machine requires only a small footprint despite the high level of process integration. Compared to complex index platen solutions, this setup not only reduces mould costs but often also the required machine size – a key advantage in terms of energy efficiency and investment costs.

A new version of the ENGEL viper 40 linear robot is integrated for part removal. The automation is both space-saving and fast, further increasing the overall efficiency of the production cell.

Collaboration for function and design

The plastic carrier material used for the rear-end-light is PMMA Plexiglas® 8N, and the corresponding polyurethane is supplied by VOTTELER. In the application presented, ENGEL handles the entire moulding production process, which requires high dimensional accuracy and melt quality to ensure that the design of the foil is reliably transferred and that the PUR layer is defect-free.

The transfer foil is supplied by surface specialist LEONHARD KURZ, who also provides the associated foil unwinder. At the LEONHARD KURZ stand (Hall 5 / A19), the component produced on the ENGEL system receives additional integrated electronics in the form of foil LEDs through bonding with a functional foil on the inner surface. This solution enables an unprecedented level of design and variant flexibility: Power LED foils are applied only to inspected components, light functions can be customised individually, and coloured light signals – for example, to identify autonomous vehicles – can be implemented without changing the mould. This represents a clear alternative to conventional multi-component injection moulding.

ENGEL at K 2025: Solutions for the Mobility of the Future

With this solution, ENGEL demonstrates how decorative and functional requirements can be combined economically in a single, highly efficient, integrated process. The combination of decoration, protective coating and process integration on the duo 700 makes clearmelt an efficient key technology for modern automotive lighting. This production cell exemplifies ENGEL’s expertise in the development of complete modular manufacturing solutions for the automotive industry. Visitors to K 2025 will have the opportunity to witness the potential of this new generation of rear-end-lights live in action.

Visit ENGEL at K 2025 in Düsseldorf, Hall 15, Stand B42 & C58.

For more information about ENGEL and its products, visit https://www.engelglobal.com.

Netstal to Present PET-Line 4000 for PET Preforms Manufacturing at drinktec 2025 Trade Fair

Nitin Patil
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Netstal to Present PET-Line 4000 for PET Preforms Manufacturing at drinktec 2025 Trade Fair

NAFELS, Switzerland, Jul 29, 2025 – At drinktec (September 15 – 19, Munich Exhibition Center, Hall C6, Stand 361) Netstal will be presenting a PET-Line 4000 of the latest generation. New innovative solutions and functions make the state-of-the-art injection molding system even more efficient and offer intuitive user experience.

With a PET-Line 4000 of the latest generation, Netstal is bringing a particularly attractive injection molding exhibit to the world’s leading trade fair for the beverage industry, which will take place from September 15 – 19, 2025 in Munich. At its booth in Hall C6, the Swiss mechanical engineering company will be producing 6.9 gram preforms with a 25/22 thread. PET resin with a share of 30% rPET is processed. In the interests of sustainability, the preforms produced are then fed back into the PET recycling loop.

144 lightweight preforms (6.9 g) with 25/22 neck are produced every 4.8 seconds

Ready for high cavity molds

Part of the innovative injection molding solution is a newly developed mold from Krones Group sister company MHT with 144 cavities and an integrated self-cleaning function. The PET-Line 4000 operates the mold with an extremely fast cycle time of 4.8 seconds. With around 108,000 preforms per hour, it is one of the most productive systems with a clamping force of 400 tons. For higher output with the same clamping force, MHT also offers a suitable mold with 160 cavities. If a maximum output is required, customers opt for the larger PET-Line 5000, which can be equipped with up to 192 cavities.

Leading the way in energy efficiency

A key element in increasing overall efficiency in the production of preforms is the continuous optimization of energy efficiency. With the integrated recuperation of kinetic braking energy from the clamping unit and post-mold cooling station, Netstal’s PET-Line is already the most energy-efficient system on the market. Thanks to the optional System Pressure Reduction, the PET-Line is now even more efficient. When this function is activated, the pressure in the hydraulic system is continuously maintained at the optimum point, which is often below the maximum pressure. This also reduces energy consumption in the overall system and lowers the ecological footprint of production. Compared to similar systems from the competition, a PET-Line from Netstal can save annual energy costs in the five-digit euro range.

Highly efficient and resource-saving: Netstal PET-Line 4000 of the latest generation (Symbolic image of complete system)

Integrated quality monitoring and quality shot

The highest output is useless if the quality of the preforms produced is not kept constant. Netstal has therefore always attached immense importance to high precision, repeat accuracy and long-term stability in the injection molding process. For decades, Netstal machines have impressed users with the highest proportion of good parts. Nevertheless, quality must be checked and documented in real time in a modern system. In cooperation with its partner IMDvista, Netstal has integrated a modern quality monitoring system into the PET-Line. The camera-based inspection system guarantees real-time detection of any defects that may occur. The inline inspection can also be used very flexibly for new preform designs and has an intelligent self-learning function for all cameras and inspection steps. With integrated quality control, users can identify potential weak points in the injection molding process at an early stage and make optimizations. In addition, the quality of the delivered batches can be fully documented for the customer.

Furthermore, the new and fully integrated Quality Shot offers the option of taking random samples and subjecting the preforms to in-depth laboratory testing on request. For this purpose, the system transfers the preforms of a complete shot to an additional conveyor belt and places them in a separate box.

Tasks make operation even more intuitive and secure

Netstal supports preform manufacturers in continuously maximizing their production efficiency. This is why the Swiss company also focuses on flexible and intuitive operability so that users can get the most out of their system. The integrated 4-button Smart Operation control supports the operating personnel with clear instructions and color-coding during production start-up. Waiting times are minimized and operating errors are reliably eliminated. With the new tasks, Netstal is now going one step further and offers smart support for more complex challenges in day-to-day production. Tasks are step-by-step instructions integrated into the Axos machine control system. The first of these is the Quick Mold Change task, which provides operators with an assistant for quick and efficient mold changes. With clear graphics and descriptions of the individual work steps, mold changes can be conducted by less experienced personnel in the shortest possible time. The new Quick Mold Change task offers a challenge frequently mentioned by customers. Further tasks will follow in the coming months and years.

Digital partner bfa solutions will present the integration of the entire production system into its MES solution. The connection is made via the existing standard interfaces based on OPC-UA and Euromap for injection molding machines and peripheral devices.

Trade fair exhibit with established system partners

In addition to the companies already mentioned, the following system partners participate in the drinktec trade fair exhibit. Neopet is supplying the Food Grade PET Cycle 80-R30. The material conveyor, material dryer and mold dehumidifier are supplied by Eisbär. EF Cooling supplies the chiller.

About Netstal

Netstal stands for the world’s leading high-performance injection molding technology. The Netstal brand goes back to our founding location of the same name in the canton of Glarus, Switzerland. We employ over 500 people at our headquarters with production facility in Näfels and in our international subsidiaries. Netstal has been part of the Krones Group since 2024.

We offer manufacturing companies in the packaging industry, the beverage industry and medical technology high-performance machines that work extremely efficiently, with absolute precision and maximum reliability. We are continuously developing these solutions and consciously use innovative technologies. This is because we feel that we share responsibility for ensuring that our customers produce efficiently and sustainably. That is why we are driving the development of digitalization and the circular economy with our expertise and experience. We have focused our portfolio on performance, precision, and quality. Customers can find injection molding machines from the Elios and Elion series with clamping forces between 800 and 10,000 kN, the PET-Line preform system for up to 192 cavities and turnkey system solutions from a single source. Our quality management is certified in accordance with ISO 9001 and our accredited calibration laboratory meets the requirements of ISO/IEC 17025:2017. For more information, visit www.netstal.com.

Nakamura-Tome Launches Protona ‘Dedicated’ Conversational NC Programming System for Multitasking Machines

Nitin Patil
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0
Nakamura-Tome Launches Protona ‘Dedicated’ Conversational NC Programming System for Multitasking Machines

HAKUSAN, Ishikawa, Japan, Jul 28, 2025 – Nakamura-Tome Precision Industry Co., Ltd. has announced the launch of “Protona”, the conversational NC programming software designed for multitasking machines. With its “Easy, Reliable, and Fast” approach, Protona empowers users to become a “Professional” in NC programming. This feature will be included as a standard function on the new NT-Flex model starting at the end of June 2025, and will subsequently be introduced to other models in phases.

Now anyone can make NC Programs for Multitasking Machines! check the video here: https://youtu.be/EOICl4sx-NU.

What is Protona?

Protona is a conversational NC programming software for multitasking machines offers a simpler and more intuitive operation compared to conventional solutions.

Protona enables even less-experienced users—those with basic drawing knowledge—to easily create NC programs without having to memorize enormous programming codes.

Protona image 1

*The origin of the name “Protona”

“Pro” stands for Professional and Programming, while “Tona” is derived from the word Tone. Protona is the world’s first conversational NC programming software designed specifically for multitasking machines. It helps users create professional-level programs—much like a finely tuned symphony—bringing precision and harmony to multitasking operations.

Three Keywords

1. Easy

Users can create an NC program through a conversational interface while following on-screen guidance. With clear explanations using both graphics and text, even those without specialized knowledge can use it.

Protona image 2

2. Reliable

Users can view the machined shapes and machining path on the same screen immediately after creating the NC program.

Protona image 3

3. Fast

The machining time for each turret head is displayed, and machining processes can be rearranged via drag-and-drop. By adjusting the time balance, users can create NC programs optimized for faster machining. In addition, programming, simulation, and process editing can all be done seamlessly within a single software, enabling users to achieve their desired results more quickly than ever before.

Protona image 4

For more information on Protona, visit https://www.nakamura-tome.com/software/protona/

“I am very proud to announce “Protona,” the world’s first conversational NC programming software dedicated to multitasking machines. Protona is an innovative tool that empowers users to create professional-level programs for multitasking machines. Conventionally, users have to memorize 50 types of G codes and 100 of M codes when they create NC programs manually. When it comes to programming for multitasking machines, it becomes even more complex, requiring users to learn unique codes for each system and set waiting codes for simultaneous machining. As a result, many customers worldwide consider the time required to become proficient in programming to be a critical issue, especially amid the shortage of operators skilled in handling machine tools.”, said Shogo Nakamura, CEO and President, Nakamura-Tome.

Protona is the solution to a major challenge faced in today’s manufacturing environments. It allows users to design multitasking machining processes quickly and confidently, without the need to memorize complex codes.

For more information about Nakamura-Tome’s product, visit https://www.nakamura-tome.com/contact_product/

CGTech Releases Icam Suite V26

Nitin Patil
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CGTech Releases Icam Suite V26

IRVINE, CA, USA, Jul 28, 2025 – CGTech is pleased to announce the release of Icam Suite V26, delivering major enhancements to post-processing automation, tool and diagnostic management, and tighter integration with Vericut for improved manufacturing efficiency and precision.

Icam V26 introduces powerful new features to simplify setup, improve traceability, and streamline workflow between NC programming, post-processing, and simulation — all while enhancing safety and reducing programming time.

Smarter Post-Processing with Automation and Look-Ahead

Icam V26 includes a new automatic rotary axis clamping/unclamping algorithm, which now intelligently manages clamping based on axis movement and operation type. It also introduces a look-ahead feature for better control at the start of each operation — enabled through an updated CLAMP section in the Questionnaire and new system variables for advanced customization.

To complement this, the release adds $FCLINFO(), a powerful new macro function for fast, selective look-ahead of cutter location data — offering the benefits of $FINFO() with significantly faster performance.

Better Diagnostic Control and Visibility

Diagnostics are now more transparent and configurable. A new event macro allows users to intercept and customize diagnostic messages (including warnings, errors, and fatal messages) before they are generated. Whether adjusting severity or suppressing non-critical alerts, this gives post developers more control over system messaging.

In addition, discrete color coding for diagnostics has been added to both GENER and CERun, enhancing clarity and helping users quickly distinguish message severity. These colors can be customized through the Preferences dialog.

Enhanced Tool Recognition and Toolchange Handling

Icam V26 improves support for tool names during tool changes, enabling consistent tool identification across all Icam products — including Quest, Virtual Machine, and NC post-processors. A new Questionnaire setting supports NC programs that rely on tool names instead of tool numbers, and a REG_TOOL alias helps ensure proper indexing and referencing.

Seamless Vericut Integration for Optimized NC Code

For users of both Icam and Vericut, V26 offers a streamlined process for enhanced accuracy and performance:

  • Import Vericut Project data directly into the GENER launch panel to set machine limits and tool lengths during post-processing, without requiring simulation.
  • Optimize feedrates with Vericut Optimizer or Force before post-processing using a new “Optimizer” tab. This allows GENER to output post-processed G-code based on the optimized cutter location data — avoiding manual rework and supporting machine shops with strict procedural controls.

Additional Enhancements in Icam V26

  • Improved LCS/AUTO generation for better activation of tilted plane on multi-axis drilling and improve compatibility with generated motion paths from path planning, rotary turn-around and SmartPATH.
  • New SmartPATH command to improve motion generation on tool change and home reference point when exiting and re-entering the working envelope. Provides the ability to define bounding geometry for safe approach calculation.
  • Detailed multi-level debugging in GENER, offering clearer insight into cycles, circular interpolation, threading, and SmartCUT behaviors at debug Level 2.

Built for Precision and Flexibility

“Icam Suite V26 is about smarter automation and deeper integration,” said Patrice Bastien, R&D Manager (Post-Processor). “We’re making it easier for manufacturers to configure, control, and trust their NC output — while leveraging the full power of Vericut and Icam together in a seamless environment.”

Availability

Icam Suite V26 is available now. For more information, visit www.vericut.com or contact your local CGTech representative.

About CGTech

CGTech offers Vericut Simulation, Optimization and Composite Software for Manufacturing combined with Icam Posts to revolutionize your production processes. Since 1988, the company’s Vericut software has become the industry standard for simulating CNC machining in order to detect errors, potential collisions, or areas of inefficiency. By eliminating the need for manual NC program verification, Vericut significantly reduces scrap and rework while optimizing programs for better time efficiency and improved surface quality. Vericut supports a wide range of CNC machine tools and can operate as a standalone solution or be integrated with leading CAM systems. With offices in 12 countries and a global network of resellers, Vericut is committed to providing comprehensive assistance to its users worldwide. For more information, visit https://vericut.com.

CGTech Releases Vericut v9.6 for CNC Machine Simulation, Verification, Optimization

Nitin Patil
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0
CGTech Releases Vericut v9.6 for CNC Machine Simulation, Verification, Optimization

IRVINE, CA, USA, Jul 28, 2025 – CGTech is excited to announce the release of Vericut 9.6, the latest version of its industry-leading CNC simulation, verification, and optimization software. This update introduces advanced artificial intelligence capabilities and a range of productivity-focused enhancements that simplify machining workflows, improve collaboration, and deliver real-world usability across the shop floor.

Smarter Support with AI

Vericut 9.6 introduces two transformative AI-driven tools that redefine how users interact with the software:

  • Vericut Assistant (VA) – An integrated in-software guide that delivers instant, context-aware support. Whether users are looking for help with settings, simulation steps, or tool configurations, VA answers “How do I…” questions right within the interface — reducing training time and unlocking more value from Vericut’s robust features.
  • Vericut Intelligence (VI) – A web-based knowledge hub that provides 24/7 access to AI-powered insights across Vericut’s full suite — including Force, Composites, Optimizer, and more. From broad concepts like “What is Force?” to specific features like “X-Caliper,” VI offers a smart, searchable companion for all things Vericut.

Better Communication & Control

Vericut Reviewer — the free tool for reviewing NC programs — has been upgraded to support AUTO-DIFF results, while improvements to the UI add HUD status displays and custom hot keys, making it easier to review, share, and analyze simulations across teams.

Key Enhancements in Vericut 9.6

  • PMI Data Support: Display and document 3D Product Manufacturing Information (PMI), including dimensions and annotations compliant with ISO 10303/STEP AP242 standards.
  • Turning Upgrades: Define driven points more accurately and automatically qualify tools for faster, more precise lathe setups.
  • Streamlined Optimization: A simplified Optimization Control window and default tool data make it easier to fine-tune feedrates and improve cutting performance with fewer clicks.
  • New Interfaces: Extended support for Siemens Run MyVirtual Machine and Fanuc Robot T.P. language.
  • CAD/CAM Updates: Expanded support in multiple interfaces, including NX auto-loading of stock, fixtures, and designs.
  • Additional Improvements: New report templates, enhanced machine connectivity, solid model textures, and better tool import from MachiningCloud.

A Smarter Path Forward

“Vericut 9.6 takes intelligent manufacturing to the next level,” said Gene Granata, Director of Product Management at CGTech. “These new AI tools are not just about automation — they’re about giving users faster access to Vericut knowledge and providing guidance when needed during their verification and optimization processes.”

Vericut 9.6 is available now. For more information, visit www.vericut.com or contact your local CGTech representative.

About CGTech

CGTech offers Vericut Simulation, Optimization and Composite Software for Manufacturing combined with Icam Posts to revolutionize your production processes. Since 1988, the company’s Vericut software has become the industry standard for simulating CNC machining in order to detect errors, potential collisions, or areas of inefficiency. By eliminating the need for manual NC program verification, Vericut significantly reduces scrap and rework while optimizing programs for better time efficiency and improved surface quality. Vericut supports a wide range of CNC machine tools and can operate as a standalone solution or be integrated with leading CAM systems. With offices in 12 countries and a global network of resellers, Vericut is committed to providing comprehensive assistance to its users worldwide. For more information, visit https://vericut.com.

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