A transverse connector (10) is moved through the access port.

The cross-connector also provides easy in situ sizing and adjustability.

A second end (44) of the transverse connector is connected to the second longitudinal member (12).

A first end (30) of the transverse connector is connected to the first longitudinal member (12).

The transverse connector may be easily and securely attached to a rod.

The present invention is directed to a transconnector for joining adjacent longitudinal spinal rods.

The extension of the rod engager into the rod opening may push a rod against a body of the transverse connector to form a frictional engagement between the transverse connector, the rod, and the rod engager.

The present invention also relates to a marking tool for marking a cross connector according to the invention.

The cross connector and washer have semi-cylindrical rod engaging surfaces.

In one embodiment, a cross connector is provided and can include a cross member with a connector head slidably disposed thereon.

The cam system allows the formation of an un-threaded, unitary transverse connector that has a low profile.

The present invention relates to a transverse connector (10) having an assembly, which joins two spinal rods (14) to form a spinal implant construct.

A transverse connector system for coupling elongate elements to each other in a spinal fixation system.

The through connector (30) has an opening (36) defining a medication flow path from the container to the discharge end.

Disclosed is a spinal transconnector device for coupling longitudinal spinal rods on either side of the mid-sagittal plane.