Revolutionizing Spinal Surgeries: Holonavi Lumbar Puncture Outfit

Peitong Liu's Award-Winning Medical Device Enhances Surgical Precision and Success

The Holonavi Lumbar Puncture Outfit is a testament to the power of innovative design in the medical field. Inspired by traditional industrial design products and the intuitive feel of medical equipment, the device's round, friendly shape is designed to ease patient tension. The use of white plastic and blue soft plastic enhances its advanced sense and simplicity, while also reducing costs.

What sets this device apart is its unique use of NDI's infrared technology. This technology assists doctors in accurately locating the correct position for spinal puncture surgery, thereby improving the success rate and reducing surgical risks. The device is also designed for convenience in terms of size, use, and storage, addressing the common issue of excessive wire clutter in medical equipment.

The Holonavi Lumbar Puncture Outfit is not just a product of innovative design, but also of advanced technology. The device incorporates a control system, optical tracking module, navigation software, and accessories such as a surgical instrument calibration module, registration auxiliary module, and AR special glasses. This combination of technology and design is what makes the device a game-changer in orthopedic spine surgery.

Peitong Liu's design was born out of a desire to address the high operation costs that prevent millions of spinal patients from receiving treatment each year. By reducing operation costs and improving surgical success rates, the Holonavi Lumbar Puncture Outfit aims to make orthopedic surgery more accessible to patients worldwide.

The Holonavi Lumbar Puncture Outfit is a shining example of how design and technology can come together to revolutionize the medical field. With its unique features and innovative design, it is set to change the face of spinal surgery and improve patient outcomes. As the device continues to gain recognition, it is clear that Peitong Liu's design is paving the way for future advancements in medical technology.