Technology & Innovation

SHERIDAN, WYOMING - November 25, 2025 - Royal Philips has extended its partnership with quantitative neuroimaging specialist Cortechs.ai to integrate advanced AI-enabled neuroimaging analytics directly into Philips MR systems, giving radiologists faster, more objective and reproducible insights into brain health within their everyday workflows. By combining Philips' next-generation MR technologies with Cortechs.ai's quantitative post-processing software, the collaboration aims to set a new benchmark for precision diagnostics in neurology and strengthen Philips' position in data-driven brain imaging.

Meeting surging demand for brain MR with data-driven insight

SHERIDAN, WYOMING - November 25, 2025 - Royal Philips is introducing DeviceGuide, an AI-powered device tracking solution that brings real-time, 3D navigation support into one of interventional cardiology's most demanding procedures: minimally invasive repair of leaking heart valves. Built on the company's EchoNavigator platform and previewed at London Valves 2025, DeviceGuide is designed to translate complex imaging into intuitive visual guidance, helping structural heart teams perform mitral valve repair with greater clarity, confidence and reproducibility.

AI-guided navigation inside the procedure room

SHERIDAN, WYOMING - November 25, 2025 - In radiology, the most transformative AI of the coming decade may not be the algorithms that make headlines, but the ones that quietly shave minutes off every case, reduce clicks, and keep worklists flowing smoothly for overburdened imaging teams. That is the vision outlined by Shez Partovi, MD, Chief Innovation Officer and Chief Business Leader Enterprise Informatics at Philips, who argues that the future of AI in radiology is the AI you barely notice - deeply embedded into workflows rather than bolted on as yet another standalone tool.

From "Will it help?" to "How fast can you implement it?"

SHERIDAN, WYOMING - November 25, 2025 - Nestlé Health Science is deepening its open innovation strategy in nutrition and health through a series of academic and startup collaborations focused on women's health, healthy longevity and weight management, positioning itself at the center of fast-growing therapeutic nutrition markets. By linking university-based science, entrepreneurial talent and its own R&D capabilities, the company aims to accelerate the translation of emerging technologies into differentiated nutritional solutions for consumers and patients.

SHERIDAN, WYOMING - November 25, 2025 - Nestlé is piloting a novel, patented cocoa processing technique that uses up to 30% more of each cocoa fruit, aiming to boost farmer yields, reduce waste and create new product opportunities for the global food processing and ingredients industry. By turning traditionally underused parts of the cocoa pod into chocolate flakes, the company is testing a more resource-efficient model for chocolate production in the face of climate pressure on cocoa supply.

Turning more of each cocoa pod into value
Conventional chocolate production relies almost exclusively on cocoa beans, leaving pulp, placenta and husk largely underutilized. Nestlé's R&D organization has reframed that paradigm by developing a method that leverages all of the edible material inside the pod, not just the beans. In doing so, it directly addresses both raw material efficiency and the economic potential of each harvested fruit.

SHERIDAN, WYOMING - November 25, 2025 - Nestlé and its research partners have created a new cocoa core collection that captures more than 95% of the crop's global genetic diversity, laying a strategic foundation for a more resilient cocoa supply chain serving chocolate manufacturers and food producers worldwide. By consolidating genetic resources into a curated set of 96 varieties, the project aims to accelerate breeding of climate-resilient, higher-yield and quality-enhanced cocoa tailored to the needs of the global food and beverage industry.

A 'Noah's Ark' for cocoa genetics
The heart of the initiative is a core collection that condenses thousands of potential trees into a representative set of 96 cocoa varieties. This enables researchers and breeders to work on a manageable but comprehensive portfolio of genetic material, cutting time and complexity from pre-commercial research.

SHERIDAN, WYOMING - November 19, 2025 - Nihon Iyo is advancing the future of rehabilitation and therapeutic care with its comprehensive Physical Therapy Series, a portfolio of next-generation treatment beds designed to meet escalating demands within Europe's care, therapy, and assisted-living sectors. Built around precision engineering, intelligent control systems, and multi-modality treatment capabilities, the series enables providers to deliver more consistent outcomes, reduce manual workload, and operate higher-efficiency therapy workflows.

SHERIDAN, WYOMING - November 14, 2025 - Rapid prototyping and digital on-demand manufacturing are becoming indispensable pillars in the medical device industry as manufacturers race to accelerate development cycles, reduce costs, and bring high-performance devices to market faster. With rising demand for personalized medical solutions and increasingly complex regulatory expectations, companies are turning to advanced prototyping partners to validate designs earlier, improve manufacturability, and support real-world clinical readiness.

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Innovation Driving Faster Medical Device Development

SHERIDAN, WYOMING - November 14, 2025 - Ricoh and Neat have formed a global partnership aimed at redefining the future of workplace collaboration through integrated, AI-driven audiovisual solutions. Neat, a global leader in professional AV technology, will join forces with Ricoh-one of the world's foremost AV integrators-to expand Ricoh's high-end meeting-room portfolio and deliver enhanced workplace-experience capabilities to customers worldwide. The agreement is signed at Neat's Mastery Level, the highest tier of its global partner program.

Expanding Premium Meeting-Room Capabilities Through Integrated AV Services

SHERIDAN, WYOMING - November 14, 2025 - Shanghai Lingee Sensor Technology has unveiled a new generation of ultra-miniature, high-precision temperature sensors engineered to improve thermal management in brushless and frameless motors. As European manufacturers across robotics, consumer electronics, medical devices, and home appliances continue to demand higher power density, longer service life, and faster system responsiveness, Lingee's platform is emerging as a compelling component-level innovation that strengthens supply chain reliability and performance.