Visometry’s AR platform, Twyn, is delivering measurable value for WISAG Industrie Service Group by improving the speed, precision, and efficiency of visual quality inspection processes.
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Frontline workers remain central to production, inspection, and maintenance operations in manufacturing and industrial environments. Despite widespread digital transformation across engineering and design functions, many frontline processes still depend on paper-based instructions, fragmented data sources, and manual workflows.
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As manufacturing continues its digital transformation, quality inspection processes are becoming increasingly critical in meeting demands for speed, accuracy, and traceability. With its New Release, SuPAR, an augmented reality (AR) and AI-powered visual inspection solution, introduces a new benchmark for quality control on the shop floor.
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Visometry, a specialist in augmented reality solutions for industrial applications, is reporting an extremely positive result for the 2025 fiscal year while simultaneously looking ahead to the current year with ambitious goals.
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Manual inspection and rework of large, complex 3D components in industries with particularly short cycles posed significant challenges, including time inefficiency, physical strain on workers, and inconsistent quality.
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Visometry, the specialist for industrial augmented reality, has released Twyn 2.5, the latest version of its iPad-based AR inspection tool that uses CAD data for fast, visual quality checks. The update delivers expanded capabilities through a significantly enhanced Assisted Deviation Detection (ADD) engine and introduces new usability and IT-integration features designed for both individual inspectors and large enterprise deployments.
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TeamViewer, a leader in digital workplace solutions, is enhancing Test & Development efficiency for the Mercedes-AMG PETRONAS F1 Team, through Augmented Reality (AR) technology.
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Quality control is now a highly integrated, data-driven process that spans the entire product lifecycle. Among the technologies driving this evolution, augmented reality (AR) has emerged as a transformative force. By merging digital data with physical environments in real time, AR is reshaping how manufacturers perform inspections, train personnel, and maintain quality processes.
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In connected factories, the seamless alignment of digital data with real-world objects is fundamental to delivering reliable, actionable insights. Whether used in quality inspection, assembly validation, or operator guidance, Augmented Reality (AR) technologies are increasingly expected to perform under challenging shop floor conditions.
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In today’s landscape of smart manufacturing, Xeidana, developed by Fraunhofer Institute for Machine Tools and Forming Technology is setting a new benchmark for inline quality control through the integration of advanced augmented reality (AR) projection and real-time defect detection. Designed to support zero-defect manufacturing,
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