Johnson & Johnson MedTech today announced the launch of the Variable Angle Optimized Locking Technology (VOLT) Distal Radius (Wrist) and VOLT Proximal Humerus 3.5 Plating Systems. Designed to improve stability, enhance performance, expand surgical options and increase efficiency, both systems feature the same precision threaded locking technology introduced with the original VOLT Platform in 2024.
Fractures of the distal radius (near the wrist) and proximal humerus (upper arm near the shoulder) are among the most frequent osteoporotic injuries, especially in adults over age 65. Wrist fractures account for nearly 20% of all emergency departments cases and are the most common upper limb fracture. Proximal humerus fractures rank third among fragility fractures and represent nearly 6% of all adult cases, an incidence expected to rise with aging populations.
The VOLT Wrist Treatment System was designed in conjunction with the Hand Expert Group within the AO Technical Commission to treat a wide range of fractures. This system includes the VOLT Two-Column Distal Radius Rim Plate, which features a new plate shape that allows it to sit more distal to the target distal fragments. The plate profile is significantly less prominent in the area of the flexor pollicis longus region. These innovations are designed for both simple and complex fracture patterns.
Additionally, the VOLT Proximal Humerus 3.5 Plating System represents innovation in the treatment of upper arm fractures that involve the shoulder joint. This system adds the flexibility of variable angle locking and includes more plate length options. The plate also features suture holes that are designed for easier suture passage. The VOLT Locking Screws have also been engineered with an atraumatic tip designed to reduce the risk of soft tissue irritation.
The VOLT Distal Radius and Proximal Humerus 3.5 Plating System, are now commercially available in the U.S., with additional anatomic plating solutions expected to join the platform throughout the next several years.
