Langhe Medical specializes in the early diagnosis and non-invasive treatment of lung cancer through advanced imaging techniques and targeted therapies. By enabling earlier detection and intervention, the company aims to significantly improve survival rates for lung cancer patients.
Funding
Funding not disclosed
Founders
Product
Problem
Lung cancer diagnosis often relies on late-stage detection, leading to lower survival rates, and current diagnostic methods can be invasive and lack precision in reaching small or peripheral lung lesions. Traditional methods also present challenges in training new medical professionals in advanced bronchoscopic techniques.
Solution
Langhe Medical provides comprehensive solutions for early lung cancer diagnosis and treatment, focusing on minimally invasive techniques and precision. Their product suite includes a flexible surgical robot, bronchoscopic navigation system, mobile C-arm X-ray, and a magnetic navigation surgical bed, creating an integrated operating room environment. The flexible surgical robot allows physicians to access and treat lesions in the peripheral lung. The navigation system enhances precision in reaching target locations, while the teaching system combines virtual and real-time imaging to support standardized training in bronchoscopy.
Target Audience
The primary target audience includes pulmonologists, thoracic surgeons, interventional radiologists, and teaching hospitals focused on early lung cancer diagnosis and minimally invasive treatment.
Features
- **Flexible Surgical Robot:** Features a seven-axis collaborative robotic arm and flexible endoscope for minimally invasive access to lung lesions.
- **Bronchoscopic Navigation System:** Enables precise navigation to lesions with real-time tracking and multi-dimensional respiratory motion data to compensate for movement.
- **Mobile C-arm X-ray:** Provides high-quality X-ray imaging that integrates with the navigation system for real-time visualization.
- **Magnetic Navigation Surgical Bed:** Incorporates an electromagnetic navigation positioning board and carbon fiber structure for intraoperative fluoroscopy.
- **Navigation Bronchoscopy Teaching System:** Combines virtual reality with real-time imaging for comprehensive training in bronchoscopy.
- **Dual-channel sensor technology:** Acquires real-time multi-dimensional respiratory motion data.
- **Automated fluoroscopic parameter adjustment:** Intelligent, flexible and efficient.