Surgical Suture, USP2/0 Polyester Suture
Radial Artery Compression Devices Radial artery compression devices, also known as radial artery compression devices or wristbands, are used to achieve hemostasis after a transradial cardiac catheterization procedure. The device is applied to the wrist and inflated to compress the radial artery, which is the artery that supplies blood to the hand and fingers. This compression helps to prevent bleeding and hematoma formation at the site of the catheterization. Radial Artery Compression Devices,Outlet Radial Artery Compression Device,Disposable Radial Artery Compression Device,Medical Consumables Tourniquet Changzhou Weipu Medical Devices Co., Ltd. , https://www.cnweipumedical.com
Non-absorbable sutures are made from single strands of pure Polyester, braided to form a thread.
 It is unaffected by body fluids and due to the silicone treatment reduces capillarity. Ideal for cardiac surgery.
The polyester suture is composed of poly (ethylene terephtalate)
Polyester suture is inert and causes minimal tissue reaction.
It is tear resistant and long-term flexibility, showing minimal fatigue after repeated bending.
It is easy to handle with a soft and smooth surface for easy tying
The main peformance
1. cell adhession is strong , has good biocompatibility , non-toxic side effects absorption of stable
2. threads body have antibacterial actuvity , can inhibit bacterial growth of the wound site, and induces wound tissue growth ,wound healing .
3. surface of the body is made through a special process, it's smooth , easy to suture.                                                                            .
4. high tensile strength , soft body , easy to knot is very stable .
5. easy to store and transport , can application to all types of wound sew
ABSORBABLEÂ Â Â STURE
Polyglacolic acid suture (PGA)
Plain catgut Chromic Chromic catgut Polyglactine suture (PGLA) Polydioxanone (PDO) Polyglactine swift (PGAR)
NON-ABSORBABLEÂ SUTURE
Silk suture
Nylon suture Polyester Polypropylene
 Stainless-steel
Needle
the needle has 1/2 circle,3/8 circle,1/4 circle,4/8 circle,straight,half circle
Â
Non-absorbable sutures are made from single strands of pure Polyester, braided to form a thread.
 It is unaffected by body fluids and due to the silicone treatment reduces capillarity. Ideal for cardiac surgery.
The polyester suture is composed of poly (ethylene terephtalate)
Polyester suture is inert and causes minimal tissue reaction.
It is tear resistant and long-term flexibility, showing minimal fatigue after repeated bending.
It is easy to handle with a soft and smooth surface for easy tying
The main peformance
1. cell adhession is strong , has good biocompatibility , non-toxic side effects absorption of stable
2. threads body have antibacterial actuvity , can inhibit bacterial growth of the wound site, and induces wound tissue growth ,wound healing .
3. surface of the body is made through a special process, it's smooth , easy to suture.                                                                            .
4. high tensile strength , soft body , easy to knot is very stable .
5. easy to store and transport , can application to all types of wound sew
ABSORBABLEÂ Â Â STURE
Polyglacolic acid suture (PGA)
Plain catgut Chromic Chromic catgut Polyglactine suture (PGLA) Polydioxanone (PDO) Polyglactine swift (PGAR)
NON-ABSORBABLEÂ SUTURE
Silk suture
Nylon suture Polyester Polypropylene
 Stainless-steel
Needle
the needle has 1/2 circle,3/8 circle,1/4 circle,4/8 circle,straight,half circle
Â
Radial artery compression devices are preferred over traditional compression methods such as manual compression because they are more effective, comfortable for the patient, and allow for earlier ambulation and discharge. They also reduce the risk of complications such as radial artery occlusion and nerve injury.
In addition to cardiac catheterization procedures, radial artery compression devices may also be used after other procedures that involve the radial artery, such as transradial access for arterial blood gas analysis or for the placement of intra-arterial lines.