Percutaneous Puncture Robotic System

Advanced robotic technology systems for precise orthopedic implant placement. Integrated with digital and artificial intelligence capabilities to ensure accurate surgical outcomes and consistent performance.

Precision suturing instrument compatible with robotic surgical systems for intracorporeal knot-tying. Enables fine tissue approximation with enhanced stability.

Robot-assisted surgical system designed for precision puncture procedures, utilizing collaborative robotic arms with advanced motion control and haptic feedback. Enables minimally invasive interventions with enhanced accuracy and reduced tremor, supporting percutaneous biopsies, aspirations, and drainage procedures across various anatomical sites.

Specialized robotic system for total knee replacement procedures. Utilizes advanced algorithms and imaging integration to optimize implant positioning and alignment. Designed to improve clinical outcomes in knee replacement surgery.

Automated robotic system for performing transcranial doppler examinations with enhanced precision and reproducibility. Reduces operator dependency and improves consistency in cerebrovascular assessments.

Robotic-assisted surgical system designed for single-incision endoscopic procedures, reducing trauma and recovery time in minimally invasive surgery.

Intelligent surgical platform enabling automated and semi-automated surgical procedures. Integrates advanced imaging and control systems for improved surgical outcomes.

MRI-compatible robotic surgical system enabling real-time intraoperative imaging guidance for minimally invasive interventional procedures.

An intelligent robotic system designed to assist physicians in performing safe and precise lesion puncture procedures. The system features four core functions: intelligent lesion recognition, puncture path planning, surgical environment perception, and robotic arm puncture capability. It enables percutaneous biopsy and minimally invasive treatment procedures by providing accurate localization and puncture guidance, helping to ensure diagnostic and therapeutic efficacy while avoiding complications.

Aletta is an autonomous robotic device that automates diagnostic blood collection. Clinical validation demonstrates 94.5% first-stick success rate. CE marked for commercial use in the EU and approved for deployment in hospital settings.

Servo-driven robotic manipulator for automated positioning and assembly of medical needles and devices. Features full servo actuation, high-capacity material storage, and prevents surface damage through controlled handling.