The application of LiDAR technology in smart healthcare is gradually demonstrating its enormous potential and value.



Surgical assistance and accuracy improvement:
Lidar technology can generate real-time 3D models by scanning the surgical area, providing doctors with assistance in surgical operations. This technology greatly reduces the risk of surgery, as doctors can perform surgical operations based on precise models, reducing errors or damage to important tissues caused by human factors.

Lidar can also detect changes in blood sugar and temperature in the surgical area, helping doctors better control the surgical process and improve the success rate of surgery.

Ophthalmic medical applications:
In ophthalmic medicine, LiDAR technology is used to construct three-dimensional images of the eyeball, which enables doctors to perform precise surgical planning and operations, especially for high-precision ophthalmic surgeries such as cataract surgery.



Medical imaging and disease diagnosis:
Lidar technology scans the reflection of signals on the surface of the body to construct a high-precision three-dimensional human body model, without the need for radiation and intrusion, reducing harm to patients.

This technology provides doctors with more comprehensive and accurate information, which helps with early diagnosis and quantitative analysis of diseases.

Remote monitoring and exercise rehabilitation:
Lidar sensors can monitor and analyze the activity and posture of patients, helping doctors remotely guide and supervise the patient's rehabilitation process.
The combination with smart home systems enables LiDAR technology to achieve remote monitoring and intelligent rehabilitation in smart home environments.

Real time monitoring of vital signs:
Lidar technology can measure and monitor the vital signs of patients in real time, such as heart rate, respiratory rate, body temperature, etc., providing doctors with timely and accurate information on their condition.



Early detection of cancer and treatment of skin diseases:
Lidar can scan changes in human tissues, such as lumps and unreachable tumors, for accurate cancer screening.
In the detection and treatment of skin diseases, LiDAR provides doctors with effective treatment plans by measuring subtle changes on the surface of the skin.

Surgical simulation and training:
Lidar technology scans real patient bodies to generate simulated surgical scenes, providing doctors with opportunities for surgical simulation and training, helping them become familiar with surgical procedures and techniques.

Although LiDAR technology has shown broad application prospects in smart healthcare, it also faces some challenges, such as high technical costs, complexity of data processing and analysis, etc. However, with the continuous advancement of technology and the gradual reduction of costs, it is believed that LiDAR technology will play a greater role in the field of smart healthcare in the future.