The Titan Reverse Shoulder humeral body is made of titanium. It is designed for potential increased ROM and minimized scapular notching, as well as increased visual and access to glenoid. The asymmatrix coating allows for an all press fit humeral component and secondary fixation. A titanium screw is included for fixation.

The Titan Reverse Shoulder humeral body is made of titanium. It is designed for potential increased ROM and minimized scapular notching, as well as increased visual and access to glenoid. The asymmatrix coating allows for an all press fit humeral component and secondary fixation. A titanium screw is included for fixation.

The Titan Reverse Shoulder humeral body is made of titanium. It is designed for potential increased ROM and minimized scapular notching, as well as increased visual and access to glenoid. The asymmatrix coating allows for an all press fit humeral component and secondary fixation. A titanium screw is included for fixation.

The locking body screw is used in conjunction with the humeral portion of the Titan Modular Total Shoulder System.

The Titan Reverse Shoulder baseplate is a glenoid component secured by four peripheral screws, two of which can be locked, as well as a central larger compression screw. The baseplate is partially coated with asymmetrical sintered beads for secondary fixation.

The Titan Reverse Shoulder baseplate is a glenoid component secured by four peripheral screws, two of which can be locked, as well as a central larger compression screw. The baseplate is partially coated with asymmetrical sintered beads for secondary fixation.

Concentric Glenosphere is used in the Titan™ Reverse Shoulder System to allow for optimal soft tissue tensioning, maximize stability, increase range of motion and minimize scapular notching.

Eccentric Glenosphere is used in the Titan™ Reverse Shoulder System to allow for optimal soft tissue tensioning, maximize stability, increase range of motion and minimize scapular notching.

Eccentric Glenosphere is used in the Titan™ Reverse Shoulder System to allow for optimal soft tissue tensioning, maximize stability, increase range of motion and minimize scapular notching.

Concentric Glenosphere is used in the Titan™ Reverse Shoulder System to allow for optimal soft tissue tensioning, maximize stability, increase range of motion and minimize scapular notching.

Eccentric Glenosphere is used in the Titan™ Reverse Shoulder System to allow for optimal soft tissue tensioning, maximize stability, increase range of motion and minimize scapular notching.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Reverse Shoulder humeral poly liner is designed to achieve stability of the glenohumeral joint.

The Titan Modular Total Shoulder Humeral Head has an eccentric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has a centric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has an eccentric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has a centric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has an eccentric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has a centric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has an eccentric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has a centric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

The Titan Modular Total Shoulder Humeral Head has an eccentric articulating surface. The humeral head may articulate against the natural glenoid bone, if it is of sufficient quality, or against the polyethylene cemented glenoid bone. It is intended for optimal osteotomy coverage and soft tissue balancing.

Peripheral Polyaxial Compression/Locking Screws is a superior and Inferior compression with caps for subsequent locking option.

Peripheral Polyaxial Compression/Locking Screws is a superior and Inferior compression with caps for subsequent locking option.

Peripheral Polyaxial Compression/Locking Screws is a superior and Inferior compression with caps for subsequent locking option.

Peripheral Polyaxial Compression/Locking Screws is a superior and Inferior compression with caps for subsequent locking option.

Peripheral Polyaxial Compression/Locking Screws is a superior and Inferior compression with caps for subsequent locking option.

Peripheral Polyaxial Compression/Locking Screws is a superior and Inferior compression with caps for subsequent locking option.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder press fit stem is shaped to provide proximal fixation. This stem has 1 mm incremental stem diameters located on it, along with 12 splines to contribute to an enhanced press fit and anti-rotation.

The Titan Modular Total Shoulder cemented stem is shaped to provide proximal fixation. This stem is smooth and fluted, allowing for cement fixation and rotational control. It has 5 stem diameters ranging from 6-14 mm to address varying humeral sizes. The cemented stem is tapered and polished for ease of insertion.

The Titan Modular Total Shoulder cemented stem is shaped to provide proximal fixation. This stem is smooth and fluted, allowing for cement fixation and rotational control. It has 5 stem diameters ranging from 6-14 mm to address varying humeral sizes. The cemented stem is tapered and polished for ease of insertion.

The Titan Modular Total Shoulder cemented stem is shaped to provide proximal fixation. This stem is smooth and fluted, allowing for cement fixation and rotational control. It has 5 stem diameters ranging from 6-14 mm to address varying humeral sizes. The cemented stem is tapered and polished for ease of insertion.

The Titan Modular Total Shoulder cemented stem is shaped to provide proximal fixation. This stem is smooth and fluted, allowing for cement fixation and rotational control. It has 5 stem diameters ranging from 6-14 mm to address varying humeral sizes. The cemented stem is tapered and polished for ease of insertion.

The Titan Modular Total Shoulder cemented stem is shaped to provide proximal fixation. This stem is smooth and fluted, allowing for cement fixation and rotational control. It has 5 stem diameters ranging from 6-14 mm to address varying humeral sizes. The cemented stem is tapered and polished for ease of insertion.