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Siemens Digital Industries Software announced that Sat Nusapersada, one of the largest Electronics Manufacturing Services (EMS) providers in Indonesia, has adopted its Process Preparation software to reduce its timescale for New Product Introduction (NPI) of printed circuit board assemblies and improve the efficiency of its Surface Mount Technology production lines by 23 percent. Founded in 1990, Sat Nusapersada is the first high-tech EMS listed on the Indonesia stock exchange and provides trusted services for large enterprise customers, including Asus, Xiaomi, Murata and Epson. Driven by customer demand and business growth, Sat Nusapersada has expanded its surface mount technology (SMT) lines to 24. With the increase of production capacity and RFQ per month, Nusapersada needed to reduce manual work, particularly during New Product Introduction (NPI). Following an extensive evaluation, Sat Nusapersada implemented the Process Preparation software from Siemens, which enables customers to keep assembly, test and inspection data up to date in a single environment

Siemens Smart Infrastructure has signed a contract with the Ministry of Energy and Infrastructure in the United Arab Emirates (UAE) for a decarbonization program which will see 60 government buildings retrofitted with technology focused on energy efficiency and user comfort.  The program, which forms part of the UAE’s strategy to achieve its net zero 2050 targets, is intended to save up to 27 percent baseline energy and water consumption annually. The energy saving goal is equivalent to a CO2 reduction of 15,400 metric tons. The program follows a comprehensive study in which Siemens successfully implemented retrofits in a representative sample of seven of the ministry’s buildings, creating a baseline of energy consumption and an analysis of anomalies to inform the selection of buildings for the retrofit program. “This program with Siemens is a testament to our commitment to setting a global standard for sustainability and efficiency in the built environment,” said His

ALICE Technologies, the developer of the industry’s first construction schedule optimization platform, has launched “Optimization Objectives” for ALICE Core—a feature that enables ALICE users to fine-tune the platform's optimization algorithm to align with their specific project goals. With Optimization Objectives, ALICE users gain the flexibility to set, prioritize, and balance key project scheduling goals, helping them find optimized schedules that meet their project-specific needs with precision. Each time a scenario is run in ALICE, the platform’s advanced scheduling algorithm evaluates millions of possible outcomes to identify optimal solutions. With Optimization Objectives, users can now set, prioritize, and rank specific goals for each simulation run. ALICE then uses these preferences to generate optimized options in alignment with specific project needs, parameters, and priorities.  This fine-tuning of project options enables teams to make better, more informed decisions. It provides users with flexibility and adaptability while keeping the algorithm's core logic intact. This makes the platform

Canvas GFX Inc., the leading provider of connected knowledge solutions for the manufacturing enterprise, has announced the availability of a Japanese language edition of its Canvas Envision model-based work instructions solution for connected frontline workers. The launch of the Japanese edition of Canvas Envision marks the first phase of a wider internationalization project that will see Canvas GFX responding to market demand for the Envision platform in a variety of languages. The Envision platform delivers value across the manufacturing organization by connecting front-line workers to the latest design engineering and product information. Use cases include the authoring and consumption of model-based and interactive visualizations, animations, and instructional documents. “We are delighted to be introducing our Japanese language edition of Canvas Envision,” said Patricia Hume, CEO, Canvas GFX. “While we recognize demand for additional language support we are prioritizing development based on established partnerships and defined opportunities. We look forward to announcing our first

COMSOL, a global leader in modeling and simulation software, today announced the release of COMSOL Multiphysics® version 6.3, which delivers new features and capability updates for efficient physics modeling and simulation app development. The new version includes automated geometry preparation tools, GPU support for accelerated acoustics simulation and surrogate model training, a new Electric Discharge Module, and an interactive Java environment, to name a few. The new automated geometry preparation tools streamline model development by removing unnecessary details and defects in CAD models, resulting in higher-quality meshes for enhanced simulation reliability. Users can thereby import larger industrial CAD models, which originally were not meant for simulation, and use the automated geometry preparation tools to make the necessary adjustments for robust simulations. The interactive Java environment allows for on-the-fly model modifications using the COMSOL API. Additionally, a chatbot tool is available to assist with Java coding and answer general queries. Up to 25x Faster Transient

EarthCam, the leader in live camera technology, content, and services, at the Procore Groundbreak industry conference, announced AI Material Analysis. This unique new service is the first to combine real-time jobsite cameras with a specialized machine-learning model to identify, highlight and indicate the spatial configuration of materials within the environment. Materials are annotated, and work-in-place verification is automatically added to project management dashboards. EarthCam AI Material Analysis currently identifies 34 different types of construction materials in real time. From metal studs and insulation to plywood and drywall, materials are automatically detected, compared to scheduled tasks, added in a visual record to daily reports, and reported via alerts including the Procore Daily Log. The new AI Material Analysis will update the Delivery Log when specific materials arrive on-site, then report when those materials are being installed. Significant benefits include better readiness, reduced waste, and increased efficiency for subcontractors to coordinate tasks. For example, once HVAC ducts

Lantek, the global leader in sheet metal software solutions, is proud to announce the release of Lantek v44, an enhanced version designed to revolutionize manufacturing processes with the concept of “Connected. Live. Smart.” This latest update is a comprehensive suite of innovations across its CAD/CAM, MES, and ERP software, aimed at maximizing production efficiency, connectivity and decision-making. With v44, manufacturers gain unprecedented control over their production environments, leveraging new capabilities that integrate machines, streamline workflows, and enhance data-driven insights. This update marks a major leap forward for businesses looking to optimize their operations with cutting-edge software technology.  CAD/CAM 2D: Lantek Expert Boosts Efficiency  Lantek Expert v44 brings a host of enhancements designed to optimize CAD/CAM 2D workflows. At the forefront is the Properties-Based Nesting feature, which allows users to group parts by attributes like delivery date, customer, or other data, resulting in improved efficiency throughout the production process. This new capability not only organizes parts

The Oasys LS-DYNA Environment team are excited to announce the release of the latest version of the comprehensive LS-DYNA® pre- and post-processing suite. Oasys 21.1 is designed to streamline processes and increase your productivity. Whether you’re in engineering, design, or research, the suite’s automation capabilities ensure that repetitive tasks are handled efficiently, freeing up valuable time for innovation and problem-solving. Oasys 21.1 boasts the latest capabilities and tools available from version 21.0, key highlights included: Python API Further workflows and extended protocols support, load case setup, model build and post-processing, including automotive-assessment tools Introduction of Virtual Testing Criteria (VTC) tools: Support for the Euro NCAP Virtual Far Side Protocol, including injury metrics in the Oasys Automotive Assessments Workflow Highly accurate correlation analysis and controls for Virtual Testing (SimVT) Euro NCAP VTC Quality Criteria and Euro NCAP VTC Videos tools Extended multi-physics related features, including a battery setup tool Support for the newest LS-DYNA keywords across R14 & R15, including enhanced

Razorleaf Corporation, a leader in digital engineering, manufacturing consulting, and systems integration, introduced the next generation of CLOVER, its powerful digital thread integration platform. Designed to help manufacturing organizations construct a scalable digital thread across the entire product lifecycle, CLOVER, in many cases, eliminates the need for professional services for installation, implementation, and maintenance, reducing the cost and risk associated with integration platforms. Built with cloud-native technology, this updated platform offers enhanced performance and security while providing flexible deployment options—on-premise, air-gapped, cloud-based, or hybrid. Featuring a low code, no code toolset, CLOVER’s self-service capabilities allow organizations to set up and maintain integrations independently without expensive technical resources or domain expertise. The CLOVER platform empowers the exchange of digital product and manufacturing data between users, across departments, throughout the enterprise and beyond. By creating a well-connected digital thread, businesses can accelerate decision-making, enhance data accuracy, ensure quality, and drive automation—ultimately boosting efficiency, collaboration, and

Hexagon has announced the acquisition of indurad, a global leader in radar and Real-Time Location Systems (RTLS) technologies, along with its autonomous haulage subsidiary, xtonomy. This strategic move underscores Hexagon’s commitment to advancing mine productivity, safety, and autonomy through cutting-edge technology.  Key Benefits of the Acquisition:  Enhanced Mine Safety: indurad’s advanced radar-based collision avoidance systems mitigate risks in high-stakes mining environments.  Increased Productivity: Real-time ore tracking and measurement help automate mine workflows, reducing downtime and inefficiencies.  Future-Ready Autonomy: indurad’s mobile machine automation expertise and OEM-agnostic autonomy platform combined with Hexagon’s existing technologies accelerate the shift to fully autonomous mines.  “This acquisition represents another step towards realising our vision of fully connected and integrated mine workflows,” said Norbert Hanke, Interim President and CEO of Hexagon. “indurad’s radar technology aligns perfectly with our focus on safety and autonomy, and we are excited to integrate their capabilities into our portfolio to unlock its full potential.”  Based in Germany, indurad specialises in modular radar