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Precision Control

Dynamic Choices


World's First Dual-Wavelength MRgLITT Platform

LaserRO™

LaserRO™ Next-generation Magnetic Resonance-Guided Laser Ablation System

Full-Process Visualization

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Precision and Conformable

Scan Image
World's first dual-source, dual-wavelength ablation platform

    • Features 980nm and 1064nm lasers.

    • Allows single or combined wavelength applied for targeted lesions.

    • Enables real-time wavelength switching during surgery.


Fiber Design
Innovative multi-specification optical fiber catheter

    • Includes two diameters and three diffuser tip lengths.

    • 1.55mm ultra-fine fiber for stronger minimally invasive performance, ideal for deep and small lesions.


Safe And Controllable Ablation Process

Fiber Optic
Patented Optical Fiber Catheter Design

Integrated optical fiber and water-cooling system eliminates the risk of leakage caused by intraoperative assembly.



Double Layer
Dual-Layer Catheter Design With a Round Outer and Square Inner Structure

· Ensures precise optical fiber alignment, preventing uneven heat transfer.

· Promotes smooth coolant flow for efficient and reliable temperature control.


Monitoring
Visual flow monitoring and alarm system

High-sensitivity flow sensors monitor the rapidly changing coolant flow rate in real-time to ensure adequate temperature control.


Surgical Procedure
Surgical Procedure
1
Fiber-Optic

Preoperative Planning

Preoperative planning software, combined with the patient’s MRI or CT images, to determine the optimal fiber catheter placement trajectory and ablation target area while assessing associated risks.


2
Fiber-Optic

Fiber Placement

Through a minimally invasive incision, stereotactic technology is used to insert the fiber catheter into the lesion accurately.


3
Fiber-Optic

Transport to MRI

The patient is transported to the intraoperative MRI equipment or MRI room.


4
Fiber-Optic

MR-Guided Ablation

Confirm the fiber position through MRI scanning. Perform laser ablation under MRI guidance, monitoring temperature changes in real-time to ensure precise control of the ablation area.


5
Fiber-Optic

Postoperative Recovery

After the ablation, remove the optical fiber catheter and suture the incision. Most patients can be discharged the day after the surgery.