In order to fit and lock into the plate the screw must be inserted at a fixed angle relative to the hole in the plate. Locking drill guides are designed to ensure this angle is maintained whilst the screw is being inserted into the locking hole of the plate.
CCG515
For 1.5mm Titanium Screws
In order to fit and lock into the plate the screw must be inserted at a fixed angle relative to the hole in the plate. Locking drill guides are designed to ensure this angle is maintained whilst the screw is being inserted into the locking hole of the plate.
Product #: CCG515
CCG520
For 2.0mm Titanium Screws
In order to fit and lock into the plate the screw must be inserted at a fixed angle relative to the hole in the plate. Locking drill guides are designed to ensure this angle is maintained whilst the screw is being inserted into the locking hole of the plate.
Product #: CCG520
CCG524
For 2.4mm Titanium Screws
In order to fit and lock into the plate the screw must be inserted at a fixed angle relative to the hole in the plate. Locking drill guides are designed to ensure this angle is maintained whilst the screw is being inserted into the locking hole of the plate.
Product #: CCG524
CCG527
For 2.7mm Titanium Screws
In order to fit and lock into the plate the screw must be inserted at a fixed angle relative to the hole in the plate. Locking drill guides are designed to ensure this angle is maintained whilst the screw is being inserted into the locking hole of the plate.
Product #: CCG527
CCG535
For 3.5mm Titanium Screws
In order to fit and lock into the plate the screw must be inserted at a fixed angle relative to the hole in the plate. Locking drill guides are designed to ensure this angle is maintained whilst the screw is being inserted into the locking hole of the plate.
Product #: CCG535