Since DPM's world's first optical 3D 4K fluorescence endoscopic camera system was approved for marketing in December 2022, it has received widespread attention in the industry, not only becoming a star product at the CMEF exhibition, but also has been scaled up for clinical application in dozens of hospitals at different levels in China, and has received unanimous praise.
For gastric, liver, colorectal and other malignant tumor surgeries, DPM's 3D 4K fluorescence endoscopic camera system allows surgeons to obtain a greater depth of field and a better sense of orientation, which greatly reduces the difficulty of operation and shortens the learning curve of laparoscopic surgery, and thus significantly shortens the operation time, reduces the amount of bleeding, and improves the accuracy of the surgical positioning, which benefits both the patient and the surgeon! In addition, based on the core fluorescence imaging technology provided by DPM's previous national innovative medical device and national major scientific research instrument projects, the fluorescence imaging performance of the system has reached the "ceiling" level in the industry, which can visualize the distribution of fluorescent contrast agent within milliseconds, thus assisting the doctor in visualizing tiny lesions, identifying the location and morphology of lesions, and realizing precise and accurate imaging of lesions. This can assist doctors in visualizing tiny lesions, identifying their location and morphology, and realizing precise resection.
In the previous period, DPM cooperated with Peking Union Medical College Hospital, Peking University People's Hospital, Beijing Tiantan Hospital of Capital Medical University, Nanfang Hospital of Southern Medical University, Affiliated Hospital of Southwest Medical University, and Affiliated Fifth Hospital of Sun Yat-sen University to carry out a large number of clinical research work, and solved a series of challenging problems in the fields of gastrointestinal surgery, liver and gallbladder surgery, gynecology, urology, and so on, by means of fluorescence imaging. Recently, DPM, in conjunction with Academician Wang Jun's team at Peking University People's Hospital, Prof. Liu Lianxin's team at the First Hospital of the University of Science and Technology of China, Prof. Mao Yilei's team at Peking Union Hospital, and Director Wang Xishan's team at the Cancer Hospital of the Chinese Academy of Medical Sciences, conducted prospective, multi-center clinical studies on lung cancer, liver metastasis from colorectal cancer, liver cancer, and colorectal cancer, respectively. the use of 3D 4K fluorescent endoscopic camera systems The use of 3D 4K fluorescence endoscopic camera system provides better surgical solutions for the clinic, and it has always been the original intention of DPM technology research and development to make surgeries more accurate and patients healthier.
DPM's in-house developed 3D 4K fluorescent endoscopy products employ dual optical path optical imaging technology, resulting in enhanced imaging clarity, uniform exposure, reduced noise, improved tissue texture differentiation, pronounced de-fogging effect, and superior color reproduction compared to conventional endoscopes. Unlike electronic 3D, which necessitates sterilization of the entire endoscope, optical 3D allows for individual endoscope sterilization, offering cost-effectiveness in usage.
With the implementation of supportive policies and continuous product iteration upgrades, domestic high-end endoscope manufacturers are now experiencing a golden era of growth, aiming to challenge foreign dominance. DPM Company has been proactive in expanding its product portfolio for endoscopic camera systems, spearheading the introduction of innovative products such as 3D 4K fluorescent endoscopic camera systems and 3D endoscopes.
The 3D 4K fluorescent endoscopic camera system developed by DPM employs advanced pixel fusion technology, which enables the restoration of fluorescence images to their maximum potential without compromising the white light imaging effect. This results in a seamless integration of high-quality and ultra-4K accurate image fusion effects. The system has received widespread acclaim and market acceptance, achieving notable applications and substantial sales in various hospitals across different levels. It is anticipated that this breakthrough technology will significantly contribute to the high-quality development of advanced medical devices in China!
