MATELASER has launched the MATEROBOT Intelligent Laser Rehabilitation Robot System, a modular clinical platform that combines robotic automation with a detachable professional laser device. Its central idea is straightforward: clinics can use the system for hands-free robotic treatment workflows, then remove the X1 PERFORMANCE ULTRA laser unit for manually operated sessions at another location.
A Six-Axis Robot Built Around a Portable Laser
MATEROBOT uses a six-axis robotic arm with intelligent trajectory planning, automatic distance calibration and multi-angle positioning. The arm can perform circular, linear or matrix scanning patterns based on the size, shape and anatomical location of the selected treatment area.
This automation addresses one practical limitation of handheld laser therapy: the operator must continuously control the applicator’s distance, angle, movement speed and coverage. MATEROBOT handles these repetitive movements while leaving protocol selection and patient supervision to the clinician. That could be particularly useful when treating larger areas or locations that are difficult to cover consistently by hand.
The robot uses a noncontact, hands-free workflow, but it is not presented as a replacement for clinical judgment. Operators remain responsible for selecting appropriate parameters and monitoring the patient throughout the session.
Three Wavelengths and Two Operating Modes
The platform’s laser engine is the detachable X1 PERFORMANCE ULTRA, the commercial version of MATELASER‘s FDA-cleared device. It delivers up to 15 watts of continuous-wave output and operates at 650 nm, 810 nm and 980 nm. According to the manufacturer, these wavelengths are intended to deliver energy across different tissue depths and support varied professional treatment requirements.
In Robotic Mode, the X1 connects to MATEROBOT and becomes part of an automated workflow with controlled movement and treatment distance. This configuration targets rehabilitation hospitals, pain-management clinics, sports medicine facilities and other practices that regularly perform professional laser procedures.
In Portable Mode, clinicians can detach the laser unit and operate it manually. The portable configuration is intended for sporting events, team training camps, professional travel, mobile clinical services or organizations that need to share one laser device across several treatment locations.
Thermal Feedback Closes the Monitoring Loop
A notable feature is the system’s real-time thermal imaging. Before treatment, MATEROBOT creates a surface-temperature distribution map that can help the operator define the treatment area and observe existing temperature patterns.
During laser delivery, the thermal camera monitors surface-temperature changes and sends that information back to the control system. The robot can then adjust treatment parameters to maintain the intended temperature range and reduce the possibility of localized overheating. This feedback loop distinguishes the platform from a robot that simply repeats a programmed movement without responding to conditions at the treatment site.
After a session, the system produces comparative thermal images and treatment documentation. These records could help clinics maintain a more structured workflow, although thermal maps should not be interpreted independently as proof of treatment effectiveness or as a substitute for clinical assessment.
Who Is the Modular Design For?
MATEROBOT is aimed at healthcare organizations that want both repeatable robotic scanning and portable operation without purchasing completely separate laser platforms. Potential users include physical therapy practices, chiropractic clinics, professional sports teams, athletic training facilities and multi-location healthcare providers.
The main advantage is operational flexibility: one laser engine can serve a fixed robotic station and off-site manual sessions. The trade-off is that the press release does not disclose the robot’s dimensions, weight, battery arrangements, treatment presets, software integrations or pricing. Buyers will therefore need additional technical and regulatory documentation before comparing it with other professional rehabilitation systems. MATEROBOT and the X1 PERFORMANCE ULTRA are now commercially available, although regional availability and pricing were not announced.
| Specification | Details |
|---|---|
| Product | MATEROBOT Intelligent Laser Rehabilitation Robot System |
| Laser engine | Detachable X1 PERFORMANCE ULTRA |
| Robot configuration | Six-axis robotic arm |
| Operating modes | Robotic Mode and Portable Mode |
| Maximum output | Up to 15 watts CW |
| Wavelengths | 650 nm, 810 nm and 980 nm |
| Scanning patterns | Circular, linear and matrix |
| Monitoring | Real-time surface-temperature thermal imaging |
| Automated functions | Trajectory planning, distance calibration, positioning and thermal-based parameter adjustment |
| Treatment documentation | Pre-treatment and post-treatment comparative thermal images |
| Regulatory information | X1 PERFORMANCE ULTRA is the commercial model of an FDA-cleared device |
| Availability | Commercially available |
