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Lumafield introduces Neptune Performance and Triton Performance connecting metrology-grade measurement to production-line inspection. By GlobeNewswire June 17, 2026 New performance hardware tier delivers metrology-grade 3D measurement and rapid in-line CT for a continuous quality thread from R&D to production lines SAN FRANCISCO, June 17, 2026 (GLOBE NEWSWIRE) - Lumafield, a leading manufacturing intelligence platform, today announced Neptune Performance and Triton Performance, a new tier of high-performance industrial X-ray CT scanning solutions that connects metrology-grade measurement in the engineering lab directly to automated, production-speed inspection on the factory floor. For decades, X-ray CT has been an occasional diagnostic tool-powerful but slow, expensive, and confined to specialized labs. With this launch, Lumafield turns it into a continuous thread of quality intelligence that follows a product from first prototype to high-volume production, reaching production lines where CT has never before been practical. These upgraded systems combine metrology-grade precision with unprecedented scanning speeds, enabling engineering and quality teams to inspect complex assemblies, verify internal dimensions, and monitor high-volume production lines without compromising on accuracy or throughput. The timing is urgent. Manufacturers are under pressure from trade uncertainty, material inflation, and energy volatility, forcing companies to aggressively confront their internal costs of quality to remain competitive. According to Lumafield's 2026 Cost of Quality Report, more than 40% of North American manufacturers estimate that quality-related costs consume over 5% of their revenue-and most believe that figure understates the true number. Traditional inspection tools are either too slow to keep pace with production lines or unable to inspect hidden internal geometries. Neptune Performance and Triton Performance eliminate this tradeoff. With the launch of its new performance tier, Lumafield makes fast, accurate 3D inspection practical for any production line, helping manufacturers catch defects early, cut down on waste, and protect their margins. Neptune Performance Neptune was introduced in 2022 as a groundbreaking inspection tool that made X-ray CT technology accessible to industries that had never been able to use it before. The new Neptune Performance represents a substantial hardware upgrade for improved accuracy and faster scans. This metrology-grade 3D X-ray CT platform delivers rapid, highly accurate measurement insights for engineering and quality teams. With 12x faster scans and 4x the data quality compared to the standard Neptune system, Neptune Performance enables teams to: * Measure critical internal features at micron-level accuracy-even with challenging materials like transparent and flexible plastics or aluminum that complicate Coordinate Measuring Machine (CMM) and visible-light inspections. * Inspect critical-to-quality features against Geometric Dimensioning and Tolerancing (GD&T) callouts and nominal CAD with saveable, reusable measurement plans. * Reduce fixturing and programming effort compared with traditional CMM and optical metrology workflows. Triton Performance Triton Performance brings automated, non-destructive CT inspection to the factory floor, enabling manufacturers to scan parts at production speed and scale. In as little as 10 seconds per part, the platform provides complete volumetric CT reconstructions. Triton Performance can be used across a range of quality and process control applications to: * Catch internal defects before they escape and build a traceable inspection record without the need for specialized staff or dedicated facilities. * Create automated inspection recipes that target specific, known failure modes. * Identify and flag parts that deviate from expected norms and automatically group for review. A measurement template built on Neptune Performance in the R&D lab becomes the automated inspection template for Triton Performance on the factory floor. Both platforms connect into Lumafield's cloud-based Voyager software environment, establishing a unified quality thread across an organization. The critical tolerances, GD&T studies, and potential failure modes identified during development travel directly with the product into volume manufacturing to provide a single, global view of product quality across multiple facilities. "With Neptune Performance and Triton Performance, we're transforming X-ray CT from an isolated diagnostic tool into a continuous stream of manufacturing intelligence," said Andreas Bastian, Co-Founder and Head of Product at Lumafield. "By closing the loop between lab-grade metrology and high-speed factory-floor inspection, we're giving teams the common data foundation they need to catch process drift earlier, scale production with absolute confidence, and bring better products to market much faster." "The image quality we saw on complex multi-material assemblies was beyond what we expected," said Sam Farmer, Mechanical Engineer at BioFire. "Having that level of visibility completely changes how we think about QA." Neptune Performance and Triton Performance are available now. To learn more or schedule a demo, visit www.lumafield.com/platform. Lumafield will showcase its manufacturing intelligence platform at Automate 2026 in Chicago from June 22-25, 2026, at Booth #4213 in the South Building. To book a meeting with Lumafield at the show, visit https://www.lumafield.com/events. About Lumafield Lumafield is a manufacturing intelligence platform that gives engineers the power to see inside their work in unprecedented detail, at every stage of the product development process. Lumafield's industrial X-ray CT scanners and cloud-based analysis software have transformed both product development and high-volume manufacturing in industries as diverse as medical devices, automotive, aerospace and defense, electronics, and consumer packaging. Founded in 2019 and headquartered in San Francisco, with additional offices in Cambridge, Massachusetts, and Los Angeles, Lumafield has received funding from investors including Lux Capital, Kleiner Perkins, DCVC, Spark Capital, Matter Venture Partners, IVP, G2 Venture Partners, Wellington Management, Haystack Ventures, Tony Fadell's Build Collective, and Figma founder Dylan Field. Email [email protected] for interviews or additional assets.

Lumafield has launched Neptune Performance and Triton Performance, a new tier of industrial X-ray CT scanning solutions connecting metrology-grade measurement to production-line inspection. The systems combine precision with unprecedented scanning speeds, enabling manufacturers to inspect complex assemblies and monitor high-volume production lines. Neptune Performance offers 12 times faster scans and four times the data quality compared to standard Neptune systems, whilst maintaining metrology-grade accuracy. The launch addresses growing pressure on manufacturers facing trade uncertainty and material inflation. According to Lumafield's 2026 Cost of Quality Report, over 40% of North American manufacturers estimate quality-related costs exceed 5% of revenue. The new systems aim to help manufacturers catch defects early, reduce waste and protect margins by making fast, accurate 3D inspection practical for production environments where CT scanning was previously impractical.

Lumafield secures $50 million to scale ai-powered CT inspection across manufacturing. * Lumafield raises a $50 million growth capital facility from Silicon Valley Bank. * The funding accelerates deployment of industrial CT scanners and AI analysis tools. * The funding accelerates deployment of industrial CT scanners and AI analysis tools. Lumafield expands its reach in industrial intelligence. Lumafield has secured a $50 million growth capital facility from Silicon Valley Bank, a division of First Citizens Bank. The company calls this a step toward universal access to high-performance CT inspection. Its scanners sit inside production lines. They give engineers the power to see inside products with microscopic precision. They show defects. They show structural weaknesses. They show what slows manufacturing down. The platform blends hardware and cloud software. It uses machine learning to analyse every scan. It highlights anomalies. It flags risks. It gives companies a clearer view of quality at every stage. Automakers use it for EV batteries. Medical device makers use it for surgical tools. CPG brands use it to improve packaging. Electronics companies use it to refine components. CEO Eduardo Torrealba says the mission is simple. Make advanced inspection accessible. Bring deep visibility to every factory. And remove the guesswork that slows innovation. He says the new facility proves strong market demand. He says SVB has been a long-time partner that understands the pace of industrial transformation. SVB agrees. Chris Morrison, Managing Director for Technology and Healthcare Banking, says Lumafield has taken CT scanning out of the lab and into everyday production. He says the new facility helps the company scale to meet rising demand. He says the technology is reshaping how manufacturers verify product integrity. Backing and strategic outlook. The facility comes from Silicon Valley Bank's Technology Banking Group. It gives Lumafield room to accelerate. More scanners in factories. More AI-powered analytics. More customers onboarded globally. The company already works with some of the world's best-known industrial brands. It says demand is climbing as manufacturers shift toward higher automation and more complex assemblies. Founded in 2019, Lumafield has support from major technology investors. Its backers include Lux Capital, Kleiner Perkins, DCVC, Spark Capital, Matter Venture Partners, IVP, Wellington, and Haystack. It also has backing from Tony Fadell's Build Collective and Figma founder Dylan Field. Their support signals confidence in a category that blends inspection, automation, and cloud-native engineering analysis. Why ct-driven manufacturing intelligence matters. Manufacturing is changing fast. Products are more complex. Materials are harder to inspect. Battery chemistries evolve. Medical devices shrink. Packaging demands rise. Legacy inspection tools cannot keep up. They are slow. They are expensive. They require specialist labs. Lumafield's scanners change the model. They sit directly on production floors. They run continuously. They push scans to the cloud. Their AI analyses data in real time. The system flags anomalies before they become failures. It reduces waste. It reduces recalls. It reduces the cost of physical testing. Manufacturers say the platform shortens development cycles. Teams move faster from prototype to production. They confirm designs earlier. They catch problems before products ship. This advantage grows as industries adopt autonomous workflows and EV-heavy supply chains. Product and operational expansion. The new capital expands Lumafield's deployment plans. It allows the company to ship more scanners. It strengthens its cloud processing infrastructure. It builds capacity for higher-volume customers. Its roadmap includes sharper AI defect detection. It includes automated recommendations. It includes tighter integrations with manufacturing software. It includes faster scan processing for high-throughput lines. The company's cloud dashboard remains central. It stores every scan. It tags every pattern. It tracks every component. It gives engineers a living model of their products. This matters for safety-critical industries. It matters for precision tooling. It matters for packaging where tolerances are tight. Why investors are confident. Investors see a shift in industrial AI. They see manufacturers demanding more insight. They see quality assurance moving to the cloud. They see CT scanning entering mainstream workflows. SVB says Lumafield stands out because it merges hardware and AI into a single stack. It is not just a scanner. It is an intelligence layer for modern factories. Customers back this. Automotive teams say the system reveals issues that normally go undetected. Medical device engineers say it reduces validation cycles. Packaging teams say it removes weeks of trial and error. This mix of hardware reliability and cloud analytics attracts companies looking for speed, accuracy, and transparency. Risks ahead. Lumafield faces scaling challenges. Manufacturing demand is high. Global supply chains remain unpredictable. CT hardware requires precision assembly. Competitors are exploring new approaches to imaging and non-destructive testing. The company must continue to innovate quickly. Its AI models must stay accurate. Its cloud tools must handle larger fleets. Its industry integrations must deepen. Regulatory factors matter too. Medical and automotive markets have strict compliance rules. Data from scans must be stored securely. Manufacturers require traceability. These conditions make reliability essential. What comes next. The company says the coming year is about expansion. More scanners. More performance improvements. More embedded intelligence inside manufacturing lines. It plans new workflows for battery inspection. New analysis tools for structural complexity. New automation layers for high-volume facilities. If Lumafield succeeds, CT-driven manufacturing intelligence could become normal. Not specialised. Not rare. But a standard layer inside every modern factory. To stay updated on crypto venture capital funding and market trends, visit its venture capital news section for more insight. Clinton Nwachukwu is a crypto and finance writer with an MBA in Artificial Intelligence and 6+ years of experience creating content for leading global brands. He turns complex topics into clear, actionable insights for readers worldwide. VentureBurn is a media platform covering the latest in cryptocurrency, artificial intelligence, venture capital, and the startup ecosystem. Opinions expressed on VentureBurn are for informational purposes only and do not constitute investment advice. 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