An accessory for a fastening gun includes a magazine assembly with a feed end and a discharge end and configured to support a series of staples in a pre-discharge orientation and with a feed mechanism for feeding the staples from the feed end to the discharge end. A drive member guide assembly is mounted on the magazine assembly and is configured so that a staple drive member can be mounted in the drive member guide assembly and can be driven and retracted along a predetermined path with respect to the magazine assembly, so that, when driven, the drive member can engage a staple to drive legs of the staple into respective components, the drive member guide assembly being configured for mounting on the fastening gun with the drive member connected to a piston or the like of the fastening gun.

The invention relates to a clip dispenser for the controlled dispensing and fixing of clips for use to position an elongate member such as a cable or pipe with respect to a surface. The dispensing means has a housing having a surface with a dispensing aperture through which a clip including a securing means in the form of, for example, a nail can be dispensed and a driver assembly is provided adjacent the aperture and which can be operated to drive the nail into the surface to which the clip and elongate member are to be fixed. The clips can be provided initially joined together to form a magazine cassette or cartridge from which the leading clip can be separated by the use of the apparatus.

A peg driver for use with a peg has a base, a driver shaft, and a driver arm. The base is at least partially defined by a driver channel having an outlet and defines a channel axis. The driver shaft has a first end and a second end. The driver shaft defines a shaft channel open to the driver channel. The first end of the driver shaft is at least partially positioned within and moveable axially along the driver shaft between an at rest position and an actuated position. The driver arm is moveable with respect to the driver shaft between a retracted position and a deployed position. The driver arm is configured to move from the retracted position to the deployed position as the driver shaft moves from the rest position to the actuated position.