Features & Benefits
Product Description
- Infrared Optical Tracking System
Tracking and positioning with sub-millimeter accuracy
- 34-inch High-definition Color Monitor
Ultra-wide LCD screen with a wide angle Real-time image information feedback Convenient for clinical observation
- Intelligent Intraoperative Planning System
Intraoperative surgical path planning Intelligent implant simulation
- 29-inch Workstation Monitor
Real-time display of the surgical planning process
Force-sensing feedback system
- Integrated Workstation
Integrated design
Less occupied space in the operating room
Much flexibility of equipment movement
- Intraoperative Assistance in Precise Positioning
Intelligent navigation of the surgical path
Automatic positioning of the exposed lesions
- Six-degree-of-freedom Robotic Arm
High-precision and high-sensitivity robotic arm with force sensing system
Adaptive Registration, More Precise
The PL300B was first manufactured in China, integrating a 3D imaging C-arm system during surgery and a spinal surgical navigation system.
The PL300B was independently developed and produced. Integrated with adaptive registration technology, it can automatically register and align the three coordinate systems: optical tracking device, patient, and imaging data.
No manual intervention is required during the registration process, and the accuracy is not affected by image quality. This provides stronger system compatibility, more precise coordination, and more convenient registration, as both the 3D C-arm and the robot are manufactured by a major Chinese company.
Precise Positioning
Intelligent Assistance, Precise Positioning
Equipped with a high-precision optical tracking system and robotic arm, PL300B can guide the surgeon in intraoperative planning and assist in the precise positioning ofimplants or surgicalinstruments based on 3D images and the surgical planning software.The accuracy can reach sub-millimeter level, reaching the international leading level. In particular, it has obvious advantages for high-risk and complex surgeries and can effectively reduce surgical risks.
- High-precision System and Robotic Arm
The orthopedic surgical navigation system can assist in the precise positioning of implants with sub-millimetre accuracy, effectively reducing the occurrence of complications.
- Automatic Navigation and Positioning
The robot (robotic arm) automatically guides the positioning according to the preplanned screw placement trajectory automatically aligns itself, and accurately moves to the planned position, ensuring that the surgical path is consistent with the planned path.
- Surgical Planning and Guidance
Based on 3D images, the surgical planning software can stimulate the intraoperative state ofthe implant, guide the surgeon in intraoperative planning, and assist in the evaluation and timely adjustment of the surgical path planning.
- DynamicTracking and Positioning
The robot can track the patient’s displacement in real time, dynamically monitor the patient’s body position displacement and correct it in time to ensure the precision of the surgica path.
Simplification
- Standard Surgical Workflow
The guidance of the standardized workflow reduces the uncertainty in the surgery, makes the complex surgery workflow simpler, and allows the inexperienced doctors to master it quickly, shortening the learning curve of doctors.
- Multi-purpose
PL300B can be widely used in spine surgery, assistingsurgeons to accurately locate the lesion site and providing intraoperative planning visualized guidance on the position and angle of the implant insertion and simulation of implant insertion for spine surgery (percutaneous vertebroplasty, pedicle screw fixation, etc.)
- Optimize the Surgical Workflow
Traditional surgeries require multiple manual positions for implant insertion, which is cumbersome. The surgical robot can realize one-time planning of multiple implants, saving planning and positioning time, simplifying surgical steps, and greatlyimproving the efficiencyofimplant placement.
High Efficiency Low Radiation
- Higher Surgical Efficiency
The average fluoroscopy time for each hollow screw in traditional surgery is 39 seconds. The number of fluoroscopies in robot-assisted surgery is reduced, and the time for screw placement is reduced to 2.3 seconds per screw, which greatly shortens the average surgical time and effectively improves surgical efficiency by 30%.
- Lower Radiation Absorption
In robotic-assisted surgery, the fluoroscopic dose, time, and number of the C-arm are significantly reduced compared with traditional surgery, and the radiation damage to the surgeons and the patient is greatly reduced.
Intelligent, Safe, Reliable
- Multi-angle Rotating Monitor
The monitor can display real-time intraoperative images, support large-angle rotation to meet clinical observation, and facilitate real-time monitoring of the implant position.
- Stablelmplant Guidance
After completing the positioning, the robotic arm maintains stable guidance, so the surgeon only needs to focus on drilling and implantation operations, which reduces the fatigue of the surgeon’s prolonged work.
- Human-machine Collaboration
The surgeon leads the surgical planning and operation and controls the implantation.The intelligent robot combines active and passive movements to guarantee the precise positioning of the lesions.
- Motion Simulation and Force-sensing Control
PL300B adopts robotic simulation and force-sensing control technology which can prejudge the trajectory of the robotic arm and automatically stop moving when it encounters obstacles, avoiding collisions and accidents.
Percutaneous Kyphoplasty
Patient Info.: 66 years old, female
Diagnosis: Compression fractures
Procedure: Robotic-assisted percutaneous kyphoplasty
Percutaneous Pedicle Screw Fixation
Patient Info.: 74 years old, female
Diagnosis: Thoracic compression fractures
Procedure: Robotic-assisted percutaneous pedicle screw fixation
Percutaneous Pedicle Screw Fixation
Patient Info.: 22 years old, male
Diagnosis: Lumbar compression fractures
Procedure: Robotic-assisted percutaneous pedicle screw fixation
Bone Biopsy
Patient Info.: 6l years old, female
Diagnosis: Bone tumors, bone destruction
Procedure: Robotic-assisted bone biopsy
Bone Biopsy
Patient Info.: 49 years old, female
Diagnosis: Intra-and extra-vertebral space-occupying lesions
Procedure: Robotic-assisted bone biopsy
Vagus Nerve Stimulation
Patient Info.: 13 years old, male
Diagnosis: Neurogenic bladder
Procedure: Robotic-assisted vagus nerve stimulation
Surgical Toolkit
- T-Wrench
The T-wrench is used to disassemble and install the patient tracker’s knuckle arm to meet the needs of different surgical procedures.
- Orthopedic Guider
The guider is installed on the end of the robotic arm to guide the positioning of the surgical tools and to identify and localize the surgical tools by the optical tracker
- Orthopedic Probe
The probe is to validate image and spatial alignment.
- 3#,4# Scalpel Handle
The scalpel handles are matched with the guider. The guidance and cutting of the skin can be completed in a one-time operation. Two different types of blade mounting ports are adaptable to common blades with high compatibility.
- Orthopedic Sleeve (Pointed/Flat-head)
The sleeves are adaptable to the guider for arriving at the bone surface to locate and guide the precise placement of the bone traction pin.
- Orthopedic Positioning Tracker (Spinal Clamp)
It clamps onto a tracker adapter or the spinous process to localize the patient’s position with the optical tracker.
Consumables
- Tracker Adpater
It is used to carry orthopedic positioning trackers (spinal clamps)for minimally invasive fixation with Kirschner wires to minimize unneces sary incisions.
- Marker Sphere
The navigation markers act as triangulation points for the optical tracker within the operating room space.
- Positioning Ring
The ring is used to install the sterile cover for a more stable and solid installation.
Electric Drill Toolkit
- Medical Electric Bone Drill
The hollow drill is used to implant bone traction pins, suitable for bone traction pins with various lengths.
Consumables
- Bone Traction Pin
Customized lengthened bone traction pins are equipped, which can be guided by an orthopedic drill sight for precise positioning and implant retraction.
Other Tools/Consumables
- Calibrate Target Cover
The cover is installed on the 3D C-arm for trajectory alignment during 3D scanning
- Adapter of a Robotic Arm Tracker
The adapteris matched with marker sphere bases and marker spheres for the optical tracker to identify and localize the robotic arm.
- Marker Sphere Base
The base is used to install and fix the marker sphere.
- Disposable Sterile Protective Cover
The cover is used for sterile protection of the robotic arm.
