1 Introduction:
If you are looking for minimally invasive surgery medical instruments with good quality, competitive price and reliable service. Wanhe medical is manufaturing these for you. We provide general and professional laparoscopic instruments with CE, FDA approved.
2 Specifications
Adopt high quality stainless steel material.
Corrosion resistant
Tough construction
Premium workmanship
Easy-handing
Safe application
3 Packing & Shipping:
| Package detail: | Poly bag and special shockproof paper box. |
| Delivery detail: | By air |
FAQ
How to choose minimally invasive surgical instruments for a specific type of surgery?
The following aspects need to be considered when choosing minimally invasive surgical instruments for a specific type of surgery:
Surgery type and requirements: Different types of surgery have different requirements for instruments. For example, living liver transplantation requires delicate operations and less bleeding, so high-precision cutting and anastomosis instruments are required.
Technical parameters and process level of the instrument: When selecting an instrument, you should consider whether its technical parameters and process level meet the surgical requirements.
Passivity and disposable use of the instrument: Passive surgical instruments can reduce human interference during surgery and improve surgical safety. For example, disposable minimally invasive laparoscopic cutting and anastomosis instruments and their components can provide precise cutting and anastomosis functions while reducing the risk of infection.
Design and optimization of instruments: The design and optimization of handheld multi-degree-of-freedom minimally invasive surgical instruments can improve the flexibility and precision of surgical operations, thereby adapting to the needs of complex surgeries.
Clinical guidelines and technical guidelines: Referencing the latest clinical guidelines and technical guidelines can help choose the most suitable instrument.
Choosing minimally invasive surgical instruments for a specific type of surgery requires comprehensive consideration of the type of surgery, the technical parameters of the instrument, passivity and disposable use, design and optimization, and the latest clinical guidelines and technical guidelines. Through comprehensive evaluation of these aspects, it is possible to ensure that the most suitable instrument is selected to improve the success rate of the operation and minimize complications.
What are the most critical technical parameters and process levels of minimally invasive instruments in living liver transplantation?
In living liver transplantation, the technical parameters and process levels of minimally invasive instruments are crucial. Here are a few key points:
Laparoscopic technology: Laparoscopic minimally invasive technology has been routinely performed in thoracic and abdominal surgical operations. With its significant advantages such as minimally invasive and magnified visual field effects, it has replaced open surgery and become the preferred technology for most surgical operations. For example, the Third Affiliated Hospital of Sun Yat-sen University successfully implemented a fully laparoscopic live donor liver extraction and pediatric liver transplantation, marking the entry of liver transplantation in South China into the "minimally invasive" era.
Mechanical perfusion technology: Although mechanical perfusion technology has brought new hope to the preservation of donor livers, its main technical parameter settings have not yet been unified, and it is still in the clinical trial stage. Widespread application still requires large sample size and multi-center research support. In addition, the ischemic liver transplantation (IFLT) technology further improves the success rate and safety of the operation by monitoring liver perfusion parameters and blood gas biochemical indicators, recording the early recovery of liver function and complications after surgery.
Which passive and disposable minimally invasive laparoscopic cutting stapler is the most popular in hallux valgus surgery?
The most popular passive and disposable minimally invasive laparoscopic cutting stapler is a product that uses bladeless blunt separation technology.
How does the design and optimization of handheld multi-degree-of-freedom minimally invasive surgical instruments improve the flexibility and precision of surgical operations?
The design and optimization of handheld multi-degree-of-freedom minimally invasive surgical instruments can improve the flexibility and precision of surgical operations in many ways.
Increasing the freedom of tools can significantly improve the flexibility of surgery. For example, the world's first single-handed stapler and the 60° ultra-large angle laparoscopic stapler both demonstrate the advantages of increasing the degree of freedom to improve operational flexibility. In addition, studies using inertial and magnetic navigation integrated systems for posture tracking have also shown that the position and direction of the instrument can be effectively tracked through precise navigation technology, thereby improving the flexibility of surgery.
The use of robotics and motion capture systems can further improve the accuracy of surgery. Robots have the advantages of stable operation and accurate positioning, while motion capture devices can complete surgery under three-dimensional image display, allowing doctors to control surgical instruments more accurately.
In addition, the continuous development of minimally invasive surgical techniques and instruments in the fields of energy platforms and imaging equipment is also constantly promoting laparoscopic surgery to be more precise and safer. Through these technological innovations, doctors can complete surgical operations without surgery, reducing surgical trauma and patient pain.
What specific instrument selection recommendations does the "Guidelines for Minimally Invasive Surgery of Living Donor Liver Transplantation in China" provide?
The "Guidelines for Minimally Invasive Surgery of Living Donor Liver Transplantation in China" provides the following specific instrument selection recommendations:
Robotic surgical system: The guidelines emphasize the importance of robotic surgical systems in minimally invasive surgery, pointing out that they can greatly improve the accuracy and safety of surgery.
Laparoscopic-assisted living donor liver resection: The guidelines mention the use of laparoscopy to assist in living donor liver resection, which has the advantages of less trauma, less bleeding, and faster postoperative recovery.
Total laparoscopic living donor liver harvesting: In addition, the guidelines also recommend total laparoscopic living donor liver harvesting, which is a more advanced minimally invasive surgical method that further reduces surgical trauma and recovery time.
When selecting minimally invasive surgical instruments, how to evaluate their effect on reducing complications?
When selecting minimally invasive surgical instruments, the evaluation of their effect on reducing complications can be carried out from the following aspects:
Safety evaluation: There should be corresponding safety evaluation methods in the design, manufacture and use of minimally invasive surgical instruments. For example, the key issues of work performance evaluation need to be considered in the design of laparoscopic surgical robot systems to ensure their safety and effectiveness in actual operations.
Clinical trials and real-world studies: Evaluate the safety, clinical performance and/or effectiveness of medical devices through systematic trials or studies. For example, each case serves as its own control in different time periods before and after the event, and the relationship between the use of the device and the event is evaluated by comparing the situation of the case before and after the event.
Technical advantages: Minimally invasive surgical instruments generally have the advantages of less trauma, high safety and low complications.
Technological innovation and application: Continuously promoting the innovation and application of minimally invasive treatment technology can significantly reduce the trauma and complication rate of open surgery. For example, minimally invasive precision surgery has shown significant advantages in fracture treatment.
Comprehensive evaluation: Combine clinical needs and technical characteristics to comprehensively evaluate the effects of minimally invasive surgical instruments. For example, the evaluation method of surgical robot mechanism and surgical skills based on safety can help doctors better select and use minimally invasive surgical instruments.
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Company Name: Tonglu Wanhe Medical Instruments Co., Ltd.
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