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Siemens Healthineers Wins FDA 510(k) Clearance for Six AI-Powered Artis Interventional Imaging Systems With Optiq Deep-Learning Chain

Six Artis interventional imaging platforms with the Optiq AI deep-learning imaging chain cleared by FDA on May 12, six months after RSNA 2025 debut.

Biotech & Medicine Medical Devices
Siemens Healthineers interventional imaging FDA clearance Optiq AI radiology medical imaging deep learning AI diagnostics
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Editor's Note ·

Correction:
The article headline reads 'With Optiq Deep-Learning Chain'. The product's official name, as used in Siemens Healthineers press materials and throughout the article body, is 'Optiq AI'. The headline should read 'With Optiq AI Imaging Chain'.

Overview

Siemens Healthineers has received U.S. Food and Drug Administration 510(k) clearance for six interventional imaging systems in its Artis portfolio, all sharing the company’s new Optiq AI imaging chain. The clearance, announced May 12, 2026, converts a product line that debuted at RSNA 2025 under pending-clearance status into a commercially available offering for U.S. interventional labs.

What Was Cleared

According to Siemens Healthineers and confirmed by AuntMinnie, the six cleared configurations are:

  • Artis vision platform — floor, biplane, ceiling, and robotic floor-mounted (pheno) variants
  • Artis icono.explore — floor configuration
  • Artis genio — floor configuration

All six incorporate the Optiq AI imaging chain. According to Imaging Technology News, the three platform families address different workflow profiles: the Artis vision series targets speed and precision, the Artis icono.explore is equipped for high patient throughput, and the Artis genio floor is designed for versatile multi-case workflows.

How Optiq AI Works

Optiq AI is an AI-based imaging chain that applies deep-learning-based noise reduction across 2D imaging modes — fluoroscopy, acquisition, and digital subtraction angiography — in real time, as described in the Siemens November 2025 product press release. Rather than applying a fixed image processing filter after acquisition, the system uses dynamic parameter exposure control to automatically adjust tube voltage, tube current, copper prefiltration, focal spot size, pulse width, and detector dose while also accounting for source-image distance and collimation.

If system positioning, angulation, or collimation changes during a procedure, parameters automatically readjust to maintain requested image quality while keeping radiation dose as low as reasonably achievable, per the Siemens release. The 3D companion feature syngo DynaCT MORE reduces motion-related artifacts in intraprocedural 3D imaging, according to multiple coverage sources.

A tableside Touch UI touchscreen enables physicians and technologists to access system functions without leaving the procedure table, with consistent controls standardized across all six cleared platforms, as Imaging Technology News reported.

Clinical Context

Interventional imaging systems guide minimally invasive procedures ranging from cardiac interventions to neurovascular surgery. The healthcare-in-europe.com report on the RSNA 2025 debut identifies specific use cases for Optiq AI: transarterial embolizations, steep angulations in cardiac interventions, and imaging of complex anatomies including obese patients — scenarios where fluoroscope output quality and dose management are particularly challenging.

Professor Samuel Tobias Sossalla, MD, Director of Cardiology at Kerckhoff Clinic Bad Nauheim and University Clinic Gießen, Germany, offered an early clinical assessment when the technology was previewed at RSNA 2025: “AI-based noise reduction gives us razor-sharp images of very high quality, which are excellent to work with,” according to Siemens Healthineers.

Executive Commentary

Kris McVey, head of Angiography in Advanced Therapies at Siemens Healthineers North America, cited clinical complexity as the driver behind the portfolio refresh. “As more complex procedures come to interventional labs, increased precision is of paramount importance,” McVey said in the May 12 announcement. “Our new Artis portfolio powered by Optiq AI delivers the high level of image quality clinicians rely upon to guide these intricate procedures — while taking into account the needs and budget of every type of healthcare facility.”

Carsten Bertram, Head of Advanced Therapies at Siemens Healthineers, framed the technology as a generational shift when introducing it at RSNA 2025: “With Optiq AI, we are unlocking AI’s potential for a new generation of interventional systems and are bringing it to all clinical fields,” he said.

From RSNA Preview to US Clearance

Siemens Healthineers unveiled the Optiq AI imaging chain at RSNA 2025 in late November 2025, at the time listing the Artis icono.explore, Artis genio, and Artis vision (icono.vision and pheno.vision) platforms as pending FDA 510(k) clearance in the United States, as covered by Imaging Technology News. At that point, the ex-US status for Artis icono.explore and Artis genio was also under development, with future availability unconfirmed. The May 12, 2026 FDA clearances close the US regulatory gap for the full portfolio’s six configurations.

What We Don’t Know

  • Pricing and commercial availability timelines for US facilities were not disclosed in the clearance announcement.
  • Siemens has not published independent clinical study data quantifying radiation dose reduction or diagnostic performance improvements attributable to Optiq AI under peer-reviewed conditions.
  • Availability outside the United States for the Artis icono.explore and Artis genio platforms remains subject to ongoing regulatory processes, as it was at the time of the RSNA 2025 debut.