United States Surgical Corporation

Michael S Kassim

Richard N Granger

Herbert W Korthoff

Michael W Bogart

A method of removing edges from an eyeless operating needle blank includes the steps of providing needle blanks having an end portion which defines a bore. Aligning the end portion, which defines a bore, longitudinally with a laser. The laser is fired such that radiation from the laser is incident on the end portion. The incident radiation from the laser forms rounded edges about the end portion.

Method of deburring eyelens needle blanks with a laser beam

An apparatus for manufacturing suture-needle assemblies in which the suture thread is connected to the needle shank through the provision of heat shrinkable tubing. The apparatus for securing the heat shrink tubing to the shank of the needle essentially comprises a needle holder, a heat source, a video camera and monitor device and means for insuring heating of the tubing only at the shank. An apparatus is also disclosed for securing the suture thread to the needle shank where the needle shank is already provided with the heat shrink tubing secured thereon. The apparatus for securing the suture thread to the needle shank includes a needle holder, a heat source, a heat cover to create a heating chamber, as well as video camera and monitor means to enlarge the image for an operator, as well as temperature regulating equipment.

Apparatus and method for securing sutures to surgical needles

A combined surgical needle-suture device is provided by attaching the reduced shank of a needle and the tip region of a suture to each other through a heat shrinkable tubing fitted around both, the axial length of the tubing bearing a defined relationship to the effective axial length of the needle shank. In the preferred detachable needle-suture device, a removal interface having a predetermined axial length and/or contact area is defined between a shrinkable tubing having a predetermined axial length and a suture tip region.

Combined surgical needle-suture device

An apparatus for attaching a shrinkable tubing to a surgical needle and a heat labile suture is provided. The apparatus includes a mechanism for desensitizing the tip of the heat labile suture along with a mechanism for situating a shank portion of the needle and the tip of the suture within the heat shrinkable tubing. The apparatus also includes a device for applying energy to the shrinkable tubing to effect attachment of the needle and the suture.

Apparatus for attaching a surgical needle to a suture

A combined surgical needle-suture device of controlled suture release characteristics and a method for manufacturing the device employ a shrinkable tubing and a bonding agent to attach the needle to the suture.

Surgical needle-suture attachment for controlled suture release

A needle-suture combination is provided. A shrinkable tubing is employed to secure the needle to the suture. The tubing shrinks in response to heat. Suture materials which are heat labile are desensitized prior to tubing attachment to preserve the integrity of the suture material. Attachment parameters may be controlled to provide standard needle attachment or removable needle attachment.

Method for attaching a surgical needle to a suture

A method for needle-suture attachment and needle-suture combinations are provided. A shrinkable tubing is employed to secure the needle to the suture. The tubing shrinks in response to heat. Suture materials which are heat labile are desensitized prior to tubing attachment to preserve the integrity of the suture material. Attachment parameters may be controlled to provide standard needle attachment or removable needle attachment.

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Monroe, CT, United States of America

Michael S Kassim