Model | Name | Specifications |
HF2016.12 | Magnetic flap valve trocar | Φ5.5mm |
HF2016.13 | Magnetic flap valve trocar | Φ10.5mm |
HF2016.14 | Magnetic flap valve trocar | Φ11mm |
HF2016.15 | Magnetic flap valve trocar | Φ6mm |
HF2016.16 | Magnetic flap valve trocar | Φ12.5mm |
HF2016.20 | Magnetic flap valve trocar with protection, bloodless | Φ5.5mm |
HF2016.21 | Magnetic flap valve trocar with protection, bloodless | Φ6mm |
HF2016.22 | Magnetic flap valve trocar with protection, bloodless | Φ10.5mm |
HF2016.23 | Magnetic flap valve trocar with protection, bloodless | Φ11mm |
HF2016.38 | Magnetic flap valve trocar with protection, bloodless | Φ12.5mm |
HF2016.17 | Magnetic flap valve trocar with retaining thread | Φ5.5mm |
HF2016.18 | Magnetic flap valve trocar with retaining thread | Φ10.5mm |
HF2016.24 | Magnetic flap valve trocar with retaining thread | Φ6mm |
HF2016.25 | Magnetic flap valve trocar with retaining thread | Φ12.5mm |
HF2016.35 | Magnetic flap valve trocar with retaining thread | Φ11.5mm |
HF2016.30 | Magnetic flap valve trocar with protection, retaining thread | Φ5.5mm |
HF2016.31 | Magnetic flap valve trocar with protection, retaining thread | Φ10.5mm |
HF2016.32 | Magnetic flap valve trocar with protection, retaining thread | Φ6mm |
HF2016.33 | Magnetic flap valve trocar with protection, retaining thread | Φ12.5mm |
HF2016.34 | Magnetic flap valve trocar with protection, retaining thread | Φ11mm |
HF2016.65 | Trumpet trocar | Φ10.5mm |
HF2016.66 | Trumpet trocar | Φ5.5mm |
HF2016.67 | Trumpet trocar with protection | Φ10.5mm |
HF2016.68 | Trumpet trocar with protection | Φ5.5mm |
HF2016.5 | Cross-type trocar | Φ10.5mm |
HF2016.6 | Cross-type trocar | Φ5.5mm |
HF2016.8 | Cross-type trocar | Φ11mm |
HF2016.9 | Cross-type trocar | Φ12.5mm |
HF2016.10 | Cross-type trocar | Φ6mm |
HF2016.3 | Cross-type trocar with protection | Φ10.5mm |
HF2016.4 | Cross-type trocar with protection | Φ5.5mm |
HF2016.7 | Cross-type trocar with protection | Φ11mm |
HF2016.28 | Cross-type trocar with protection | Φ6mm |
HF2016.29 | Cross-type trocar with protection | Φ12.5mm |
HF2016.3A | Cross-type trocar with retaining thread | Φ10.5mm |
HF2016.4A | Cross-type trocar with retaining thread | Φ5.5mm |
HF2016.36 | Cross-type trocar with protection, retaining thread | Φ10.5mm |
HF2016.37 | Cross-type trocar with protection, retaining thread | Φ5.5mm |
HF2017.1 | Adaptor/Reducer | Φ10.5-5.5mm |
HF2017.2 | Adaptor/Reducer, stainless, long tube | Φ10.5-5.5mm |
HF2017.4 | Adaptor/Reducer, stainless, long tube | Φ5-3mm |
HF2017.5 | Adaptor/Reducer, plastic | Φ10.5-5.5mm |
HF6002.1 | Sealing cap | Φ5mm |
HF6002.2 | Sealing cap | Φ10.5mm |
HF6002.3 | Sealing cap | Φ12.5mm |
HF6001.1 | Cross-type membrance valve | Φ5mm |
HF6001.2 | Cross-type membrance valve | Φ10mm |
HF6003.2 | O-ring | Φ10.5mm |
HF6003.3 | O-ring | Φ5.5mm |
Package detail: | Poly bag and special shockproof paper box. |
Delivery detail: | By air |
FAQ
There are many types of staplers used in minimally invasive surgery, mainly including the following:
Cutting stapler: This instrument can cut and sew tissues at the same time, is flexible to use, and is suitable for a variety of surgeries.
These staplers provide a variety of options according to different surgical needs and usage methods to meet the needs of various minimally invasive surgeries.
The specific types and application scenarios of endoscopic staplers in minimally invasive surgery are as follows:
Type:
Endoscopic stapler (without stapler): This type of endoscopic stapler is mainly used for tissue or blood vessel severance, resection and/or anastomosis.
Metal clip: This is one of the most commonly used endoscopic suturing instruments, usually used in endoscopic minimally invasive treatment.
Application scenario:
Laparoscopic surgery: some fine directional operations are completed under laparoscopy, such as manual suturing operations, fine anastomosis operations, etc.
Urological surgery: used for laparoscopic surgery of the upper urinary tract in urological surgery. Physicians use the master-slave control system to control minimally invasive surgery, and surgical instruments assist in surgical cutting, suturing, clamping and other tasks.
The technical characteristics and advantages of cutting staplers in minimally invasive surgery are mainly reflected in the following aspects:
Simple and precise operation: The operation process of the cutting stapler is simple, and it can achieve high-precision cutting and suturing, ensuring the stability and safety of the surgical process.
Improve surgical efficiency: Instead of traditional manual suturing methods, cutting staplers can significantly improve the suturing and cutting efficiency of surgical operations, especially in open surgery.
Reduce complications: Some specific cutting staplers use cold knife cutting technology to avoid complications that may be caused by the use of electric knives, thereby reducing the patient's postoperative risks.
Compared with traditional staplers, disposable minimally invasive laparoscopic cutting staplers have the following significant improvements or advantages:
The blade is always sharp: The disposable cutting blade is replaced at the same time as the component to ensure that the blade always remains sharp, thereby achieving more complete tissue cutting and reducing tissue damage.
The use method and effect evaluation of skin staplers (skin staplers) in minimally invasive surgery are as follows:
Usage method
Align the incision: Align the stapler head with the wound, and the front end is close to the skin.
Effect evaluation
Good healing effect: Skin staplers can effectively promote wound healing in minimally invasive surgery, with fast healing speed and good postoperative recovery.
Reduce pain: Due to the small surgical incision and less pain, the patient's postoperative recovery is relatively smooth.
High safety: Disposable skin staplers avoid the risk of cross infection and improve the safety of surgery.
The use method of skin staplers in minimally invasive surgery includes routine disinfection, pulling the skin together, aligning the incision and applying uniform force.
Classification of minimally invasive fascial closure devices and their application and effect evaluation in laparoscopic surgery.
Minimally invasive fascial closure devices are mainly used in laparoscopic surgery to prevent postoperative complications by suturing the incision. The classification and application of minimally invasive fascial closure devices are as follows:
Classification
The main components include suturing frames and suturing needles, where the suturing frames are made of ABS material and the needles are made of 304 stainless steel.
Application
Application in laparoscopic surgery:
Effect evaluation:
Summary
As a disposable medical device, minimally invasive fascial closure devices are mainly used to close incisions in laparoscopic surgery.
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Company Name: Tonglu Wanhe Medical Instruments Co., Ltd.
Sales: Sue