Metallized needle

Metallized needle: use in microsurgery

A metallized needle is an instrument used in microsurgery to place sutures during operations. It is the tip of a nylon thread, which is covered with a thin layer of metal.

In microsurgery, it is extremely important to apply the suture accurately and accurately to ensure rapid and high-quality wound healing. In this case, the needle should be as thin as possible to minimize trauma to surrounding tissues. This is why metallized needles are widely used in microsurgery.

Metallization of a needle occurs by spraying a thin layer of metal onto it. This layer makes the needle more durable and resistant to bending and kinking. In addition, the metal layer provides better visualization of the needle during surgery, allowing the surgeon to control it more accurately.

Metallic needles are usually used with nylon threads, which are also very strong and resistant to cracking. A thread is attached to a needle and then used to close the wound.

Of course, using metallized needles requires certain skills and experience. The surgeon must be very careful and careful when working with such needles to avoid damage to surrounding tissue or incorrect suture placement.

In general, metallized needles are an important tool in microsurgery. They provide precise and accurate suturing, which promotes rapid and safe wound healing.



A metallized needle is a special medical instrument used in microsurgical operations. It is a thin metal cable or wire stretched between two conductors. This product is used in a variety of fields of medicine - from orthopedics and cosmetology to gynecology. A metallized suture is used to prevent possible tissue rupture or nerve injury. The operation can be carried out under ultrasound control using computer software.

A metal-coated needle is a curved cylinder containing a metallized coating of nickel, chromium or copper alloys. Thanks to this coating, the service life of the needle increases significantly, and the likelihood of it breaking is reduced.