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Ortho-Station Musculoskeletal Lab is an advanced system designed for comprehensive evaluation of the musculoskeletal system. Following a precise, predefined protocol, it conducts a thorough and independent assessment of all biomechanical chains in a short timeframe. By analyzing the entire body and integrating the gathered data, this technology enables a highly accurate, simultaneous evaluation of the musculoskeletal system. For each patient, a dedicated file is created within the Ortho-Station’s integrated software, storing all assessment data. After analysis, the system generates a complete, printable report for the clinician. This report identifies postural abnormalities and traces their root causes, providing valuable insights to aid in the design and customization of orthotics and prosthetics.
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Right Diagnosis, Right Treatment
Ortho-Station
The musculoskeletal system of the body is an interconnected set of muscles, bones and connective tissues that are connected to each other with a complex structure.
The conventional method in differential diagnosis of the causes of musculoskeletal system problems is often limited to clinical examinations, the use of imaging methods such as radiography, MRI, ultrasound, etc., or performing medical tests to identify problems with systemic roots.
This is while carrying out detailed structural and functional evaluations with the aim of identifying the origin of problems, in addition to the above methods, requires more detailed clinical evaluations, which can only be done by biomechanics laboratories.
Ortho-station is a clinical biomechanics laboratory, capable of being used in a clinical environment. The ability to perform the test in the limited time of the visit, the possibility of installing the device in the limited space of the medical centers and benefiting from the default protocol for independent and at the same time evaluation of the links of the body’s biomechanical chain are considered key features of the ortho-station system.
Feasible Time Consuming for Clinical Usage
Physically Feasible for Installation in Clinics
Predefined Protocol for Clinical Usage
General Assessment Protocol
1
Dynamic Pressure Analysis
- Foot pressure analysis during patient gait
- Dynamic CoP trajectories analyses
- Force, Pressure, Area Temporal Curves
Static Pressure Analysis
- Pressure distribution analysis in standing mode
- Stabilometric evaluation of the patient
- Open and close eyes, various timings, single / double leg, etc.
Foot Posture Analysis
- Ankle pronation / supination
- Automated foot posture index calculation
- Foot kinematic analysis
2
Tilts & ROM Measuring
- Tilt angle measurements in shoulders, pelvis, knees, etc.
- Joints range of motion measurements
- Measuring drops in mm and angle
Back and Knees Analysis
- 3d scanning with IR technology
- Full automated posture, spine and knees analysis in coronal and sagittal planes in 6 seconds
- AI powered moveable imaging unit
- Close range imaging technology
Smart LLD Measurement
- Fully automated LLD measurement through a smart algorithm
- Real time feedback from pelvis and posture status
- Coupled with 3d scanning system
3
Spine Mobility Analysis
- 3D laser foot scanning in full, semi and non weight- bearing mode
- 2D foot imaging
- Full automated foot arch analysis
- Export to insole design software (CADSOL3D software)
Foot Scanning
- 3D laser foot scanning in full, semi and non weight- bearing mode
- 2D foot imaging
- Full automated foot arch analysis
- Export to insole design software (CADSOL3D software)
How to Benefit in your Clinic
1. Correlate, Analyze and Diagnose
Correlate biomechanical chain rings and analyze whole body through a fully predefined protocol. Biomechanical analysis of the musculoskeletal system was always a challenging work for the specialists. Such an exact analysis facilitates diagnosis and lead to a great jump in treatment of the patients with biomechanical caused conditions.
2. Refer Patient to Practitioner
Refer your patient to the most related specialist to follow his/her treatment plan. According to your assessment you may need to refer the patient to the a surgeon, physical MD, physiotherapist, O&P specialist, etc.
3. Generate customized orthotics
Your patient may need orthotics to correct some functional or structural issues. You may use CADSOL3D for insole design and use Ormill-130 CNC milling machines for fully automated insole design and manufacturing.
Besides, you have plenty of options for patients who need spine braces to order the brace, or follow treatment trends.
4. Corrective Exercises Prescription
Corrective exercise is another supplementary treatment method that you as a practitioner may want to prescribe for your patient.
According to the Ortho-Station outcomes, you may use our corrective exercises data base to prescribe for the patient.
Our Certifications
Production License from the Iranian Medical Device Administration
International Standard for Medical Device Software Development
ISO 13485: Quality Management System for Medical Device Manufacturing
Electrical Safety Standard for Medical Equipment
Biomechanical Treatment for Non-systemic Issues
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