Plantar 3D Laser Scanner + Pressure Plate, integrating laser scanning and pressure sensing technology, has the following functions when applied to the precise diagnosis and condition assessment of orthopedic foot diseases:
1. Comprehensive data dimensions, enabling more comprehensive condition diagnosis.
Through the integrated principle of laser scanning and pressure sensing, using laser imaging and pressure feedback, dual data information of plantar morphological structure and force distribution is obtained, with comprehensive detection results and high matching degree.
The collected dual data can be applied to the precise diagnosis of orthopedic foot diseases such as metatarsal fractures, plantar fasciitis, and flat feet combined with abnormal force bearing.
2. High evaluation efficiency, making condition monitoring more efficient.
Generally speaking, through the combined detection of Plantar 3D Laser Scanner + Pressure Plate, it only takes 30-60 seconds to complete scanning and pressure collection, and complete condition data of the foot disease site can be obtained.
In the case of traditional separate detection methods, not only the data correlation is poor, but also it takes a long time, even more than ten minutes or longer.
3. It belongs to collaborative detection and is suitable for various groups of people with orthopedic foot diseases.
The Plantar 3D Laser Scanner + Pressure Plate conducts combined detection by scanning the plantar morphology with laser beams and sensing plantar force with the pressure plate, without invasive operations, belonging to collaborative non-invasive detection.
This detection method can avoid discomfort caused by invasive operations during the detection process, and also avoid misdiagnosis of the condition caused by single detection.
It is especially suitable for groups of people with orthopedic foot diseases who have obvious pain in the acute phase and damaged plantar skin, or groups who need comprehensive condition assessment.
4. It can obtain the associated changes of dynamic force bearing and morphology of foot diseases.
Through combined scanning and detection, the subtle associated changes of plantar morphology and force distribution during the development of the disease can be captured, making the evaluated data more comprehensive and targeted.
It is especially suitable for institutions and related application scenarios that have high requirements for the comprehensiveness of foot disease diagnosis data, such as the Foot Disease Department of Orthopedic Hospitals and Foot and Ankle Rehabilitation Institutions.
5. High compatibility, no adverse effects, and suitable for long-term condition tracking.
The equipment adopts laser non-invasive scanning and pressure sensing adaptation technology, with no adverse stimulation and no harm to the human body, which can meet the needs of long-term and multiple condition tracking and detection for patients with orthopedic foot diseases.
