Philips Introduces Rembra Next-Generation CT System at ECR 2026 Designed for High-Demand Imaging and Rapid Clinical Decision-Making

Philips unveils Rembra CT at ECR 2026

(IN BRIEF) Royal Philips introduced its next-generation CT imaging system, Rembra, at ECR 2026 in Vienna. The system is designed to address the growing demands on radiology departments caused by rising patient volumes, complex clinical cases and workforce pressures. Rembra combines advanced detector technology, AI-enabled workflows and extremely fast image reconstruction speeds of up to 106 images per second to support rapid clinical decision-making in high-acuity settings such as emergency departments and trauma centers. With the ability to perform up to 270 patient exams per day, the system is intended to improve workflow efficiency while maintaining high diagnostic quality. The CT platform also features an industry-leading 85 cm bore and extended field of view, improving patient access and enabling better positioning for trauma, bariatric and interventional procedures. At the core of the system is Philips’ NanoPanel Precise XD detector, which delivers high-resolution imaging and dose efficiency while enabling visualization of fine anatomical structures. AI-driven workflow automation further enhances productivity, while long-term reliability features such as high-altitude operation capability and the Tube for Life service program support operational stability and cost predictability. Philips also showcased Verida, its AI-powered spectral CT platform, reinforcing the company’s leadership in advanced CT imaging technologies.

(PRESS RELEASE) AMSTERDAM/ VIENNA, 5-Mar-2026 — /EuropaWire/ — Royal Philips has introduced Rembra, a new-generation computed tomography (CT) system designed to meet the increasing demands faced by modern radiology departments and emergency imaging environments. The system made its public debut at the European Congress of Radiology (ECR) 2026 in Vienna, highlighting Philips’ latest advances in high-performance imaging technology. Rembra carries CE marking and is currently pending 510(k) clearance in the United States.

Healthcare providers worldwide are managing rising patient volumes, more complex clinical cases and ongoing workforce shortages. Philips developed Rembra specifically to address these challenges by combining high-speed image reconstruction, advanced detector technology and streamlined workflows within a CT platform engineered for efficiency and reliability. The system is designed to deliver rapid imaging results while supporting consistent diagnostic confidence in demanding clinical settings.

According to Dan Xu, Business Leader for Computed Tomography at Philips, the system reflects the practical needs of clinicians working in busy environments. By integrating the company’s latest detector technology with AI-enabled workflow tools and rapid image reconstruction, Rembra aims to enhance speed, accessibility and diagnostic certainty in situations where rapid clinical decision-making is critical.

One of the system’s key capabilities is its image reconstruction speed, which can reach up to 106 images per second. In emergency departments and trauma centers, where imaging turnaround time is crucial, this performance allows radiologists and clinicians to access scans almost immediately. The system’s design supports quick interpretation in urgent situations such as stroke or trauma cases, helping healthcare teams make faster clinical decisions.

Rembra is also built to support high-volume imaging departments. With the capacity to handle up to 270 patient examinations per day, the CT system is intended to help hospitals manage growing diagnostic workloads while maintaining imaging quality and operational efficiency.

Patient accessibility and positioning are central elements of the system’s design. Rembra features an 85-centimeter bore, the largest available in its class of frontline radiology CT systems. This wide bore allows easier positioning for patients with complex medical needs, including trauma or bariatric cases, and provides additional space for interventional procedures. The system also includes a 60-centimeter standard field of view and an 85-centimeter extended field of view, enabling full anatomical visualization during scanning.

A high-performance patient table with a scan range of up to 2.3 meters and 46 centimeters of gantry-to-table space allows clinicians to position patients more flexibly during procedures. These design features support improved access during image-guided interventions and may reduce the likelihood of rescans by accommodating a wider range of patient types.

Professor Olivier Rouvière, Head of Department at Hospices Civils de Lyon (Centre Hospitalier Universitaire de Lyon), emphasized the importance of accessibility and positioning during complex procedures. In high-acuity and interventional imaging environments, efficient positioning and clear access are essential, and the wide-bore design of the system enables improved access for placing long instruments or needles with greater precision.

At the core of Rembra is Philips’ NanoPanel Precise XD detector, a high-density imaging detector designed to work closely with AI-driven imaging processes. The detector provides strong dose efficiency and high-resolution image acquisition, supporting detailed visualization of anatomical structures. With in-plane spatial resolution of 23 line pairs per centimeter, the system can reveal anatomical details as small as 0.25 millimeters.

The detector architecture incorporates a two-dimensional anti-scatter grid that helps reduce scattered radiation, maintaining image clarity even when imaging patients with challenging body types. This technology supports consistent image quality across a broad range of clinical scenarios and patient sizes.

Rembra also integrates AI-enabled smart workflow tools designed to automate routine tasks and simplify system operation. These features aim to help imaging teams improve productivity and maintain consistent imaging outcomes while reducing workflow complexity.

Built for long-term operational reliability, the system is engineered to function in environments at altitudes of up to 5,000 meters. Philips designed the platform with durability in mind, supporting an expected operational lifetime of up to 20 years when maintained and upgraded appropriately. The company’s Tube for Life service program further supports long-term cost predictability by covering tube replacement costs for up to ten years in eligible regions.

Alongside Rembra, Philips also presented Verida, the world’s first AI-powered detector-based spectral CT system, marking its European debut at ECR 2026. Originally introduced at RSNA 2025, Verida integrates AI throughout the imaging chain to deliver spectral imaging capabilities that enhance image quality, accelerate workflows and help reduce radiation dose. The introduction of Verida further strengthens Philips’ position in the field of spectral CT innovation.

Together, the unveiling of Rembra and the European presentation of Verida demonstrate Philips’ continued focus on advancing imaging technology designed to support faster diagnoses, more efficient workflows and improved patient care across modern radiology departments.

About Royal Philips

Royal Philips (NYSE: PHG, AEX: PHIA) is a leading health technology company focused on improving people’s health and well-being through meaningful innovation. Philips’ patient- and people-centric innovation leverages advanced technology and deep clinical and consumer insights to deliver personal health solutions for consumers and professional health solutions for healthcare providers and their patients in the hospital and the home.

Headquartered in the Netherlands, the company is a leader in diagnostic imaging, ultrasound, image-guided therapy, monitoring and enterprise informatics, as well as in personal health. Philips generated 2025 sales of EUR 18 billion and employs approximately 64,800 employees with sales and services in more than 100 countries. News about Philips can be found at www.philips.com/newscenter.

Sources

[1] Based on publicly available manufacturer specifications for leading radiology CT systems as of March 2026 on reconstruction speed in this class of scanners and bore size.
[2] Based on a sixteen-hour day, with throughput testing with 203 patient scans/ 12 hours for Rembra with typical radiological profiles and protocols.
[3] Pending 510(k) – not available for sale in the USA
[4] The Extended Field of View (EFOV) of 85 cm is intended solely for use in treatment preparation and the planning/simulation of radiation therapy. It cannot be used for diagnostic purposes. The water equivalent material external contour deviation of body system phantom positioned (partially) outside scan FOV with phantom edge adjacent to bore cover shall be within 1mm in terms of mean Hausdorff distance compared to the true external contour.
[5] Tube for Life guarantee availability varies by country. Please contact your local Philips sales representative for details
[6] Andersen MB et al. Impact of spectral body imaging in patients suspected for occult cancer: a prospective study of 503 patients. Eur Radiol2020. doi.org/10.1007/s00330-020-06878-7
[7] Andersen MB et al. Economic impact of spectral body imaging in the diagnosis of patients suspected of occult cancer. Insights into Imaging 2021. doi.org/10.1186/s13244-021-01116-0. Results of customer testimonies are not predictive of results in other cases, where results may vary.

Media Contact:

Jayme Maniatis
Philips Global External Relations
Tel: +16178948368

SOURCE: Philips