Hanglok-Tech
Developer of interventional surgical robotics and supporting software platforms focused on image-guided, teleoperated interventions. Core activities include development of master–slave teleoperation systems, a surgical robot operating system with cloud modules for planning and control, multi-sensor intraoperative perception and hybrid force/position/image navigation, and algorithm R&D for medical image registration. The company collaborates with hospitals and universities for clinical translation and experimental validation.
Industries
Nr. of Employees
small (1-50)
Hanglok-Tech
Products
SGNIO (multi-loop feedback puncture control system)
Puncture-focused interventional robotic control system that uses multi-loop feedback and multi-sense perception to support needle-based ablation and puncture procedures.
BINARY (bronchoscope-based biopsy/navigation system)
Robotic system and workflow for planning and accessing peripheral lung nodules to assist biopsy of hard-to-reach nodules; integrates imaging-based planning and immersive teleoperation.
VINCENT (particle implantation/teleoperation system)
Master–slave teleoperation system for particle implantation and other interventional therapies based on force–position–image hybrid navigation and a remote control cockpit.
REMIND-OS (surgical robot operating system)
A modular surgical robot operating system and cloud-based architecture providing planning, perception, control and execution modules for interventional robots.
MULLER (vascular intervention platform)
Platform targeting vascular interventions (product page listed among interventional offerings).
SGNIO (multi-loop feedback puncture control system)
Puncture-focused interventional robotic control system that uses multi-loop feedback and multi-sense perception to support needle-based ablation and puncture procedures.
BINARY (bronchoscope-based biopsy/navigation system)
Robotic system and workflow for planning and accessing peripheral lung nodules to assist biopsy of hard-to-reach nodules; integrates imaging-based planning and immersive teleoperation.
VINCENT (particle implantation/teleoperation system)
Master–slave teleoperation system for particle implantation and other interventional therapies based on force–position–image hybrid navigation and a remote control cockpit.
REMIND-OS (surgical robot operating system)
A modular surgical robot operating system and cloud-based architecture providing planning, perception, control and execution modules for interventional robots.
MULLER (vascular intervention platform)
Platform targeting vascular interventions (product page listed among interventional offerings).
Services
Clinical and research collaboration for robotic intervention
Partnerships with hospitals and universities to pilot, evaluate and translate robot-assisted interventional procedures; includes joint centers and sponsored workshops.
Developer resources and platform (REMIND-OS developer materials)
Publishing of an underlying surgical robot OS architecture and developer resources for modular interventional software components.
Clinical and research collaboration for robotic intervention
Partnerships with hospitals and universities to pilot, evaluate and translate robot-assisted interventional procedures; includes joint centers and sponsored workshops.
Developer resources and platform (REMIND-OS developer materials)
Publishing of an underlying surgical robot OS architecture and developer resources for modular interventional software components.
Expertise Areas
- Interventional surgical robotics
- Image-guided intervention and navigation
- Teleoperation and remote robotic surgery
- Medical image registration and algorithm development
Key Technologies
- Master–slave teleoperation
- Force–position–image hybrid navigation
- Multi-sensor fusion (force/position/CT/US/optical/voice)
- 3D/2D vessel registration