Shanghai Shengzhi Medical Technology Co., Ltd. develops minimally invasive surgical devices, including manual and electric multi-joint endoscopic instruments, utilizing robotic control and digital algorithms to enhance surgical precision. Their products address excessive intraoperative bleeding and tissue damage during laparoscopic and endoscopic procedures, promoting faster patient recovery.
Funding
Funding not disclosed
Founders
Product
Problem
Laparoscopic and endoscopic procedures can result in excessive intraoperative bleeding and tissue damage, potentially leading to slower patient recovery times. Existing surgical instruments may lack the precision and maneuverability needed to minimize these complications during minimally invasive surgery.
Solution
Shanghai Shengzhi Medical Technology develops minimally invasive surgical devices designed to enhance surgical precision and reduce trauma. Their product line includes both manual and electric multi-joint endoscopic instruments that incorporate robotic control and digital algorithms. The "Zhirou" manual multi-joint endoscope features a 5mm diameter shaft and four degrees of freedom for enhanced maneuverability within the surgical field. The company's "Zhipao" electric multi-joint endoscope utilizes micro-motors and chip algorithms to provide precise, powered control, while the "Zhishui & Renshan" system offers a low-temperature hemostasis and cutting solution for open surgeries.
Target Audience
The primary target audience includes surgeons performing laparoscopic and endoscopic procedures, as well as hospitals and clinics specializing in minimally invasive surgical techniques.
Features
- "Zhirou" manual multi-joint endoscope with a 5mm diameter shaft and 4 degrees of freedom.
- "Zhipao" electric multi-joint endoscope featuring micro-motors and chip algorithms for powered control.
- "Zhishui & Renshan" single/dual-pole hemostasis and cutting system for low-temperature hemostasis.
- "EnerShare" saline perfusion pump used in conjunction with the "Zhishui" electrode.
- Patented technology for multi-joint endoscopic instruments.
- Solutions designed to minimize intraoperative bleeding and tissue damage.