Johnson & Johnson Launches VOLT Wrist and VOLT Proximal Humerus 3.5 Plating Systems with Variable Angle Optimized Locking Technology

Jun 19, 2025 22:15 CST Updated 22:15

Johnson & Johnson

Medical Device R&D and Manufacturer

Johnson & Johnson announcedIts official launch of Variable Angle Optimized Locking Technology -VOLT Wrist andVOLT Proximal Humerus 3.5 Plating Systems. These two innovative systems aim to address key gaps in the treatment of two common types of fractures. By enhancing stability, improving performance, expanding surgical options, and increasing efficiency.`, both systems continue the precision thread locking technology first introduced in the 2024 original VOLT platform.`。

Expert Evaluation

"VOLT WristLower prominence of the bone plate, with better distal adhesion, with a rounded tapered edge design to reduce the risk of soft tissue irritation. Its accompanying instruments are derived from VOLT microfracture.System, expanded the fracture reduction and fixation solutionsThe hook-type structure of the dual-column edge plate can precisely anchor the volar margin of the ligament-bone junction.。"

---Amy Speeckaert American Orthopedic Hand and Upper Extremity Surgeon

“VOLT Proximal Humerus 3.5 Plating SystemsBy integrating variable-angle locking technology, Improved Suture HoleAnd a wider range of bone plates"Significantly enhancing the universality of treatment."

---Harry Hoyen Expert of the AO Technical Commission Shoulder and Elbow Working Group, American Orthopedic Hand Surgeon

Executive Evaluation

"These innovations are not only a manifestation of advanced engineering technology, but also a profound response to the needs of doctors and patients, providing precise solutions for complex upper limb fractures. Relying on decades of leadership in trauma treatment, the VOLT series has now been launched in the United States and will continue to expand the platform solutions in the coming years."

---Aldo Denti Chairman of Johnson & Johnson Medical Technology Orthopedics Group

Distal radius (near the wrist) and proximal humerus (upper arm near the shoulder) fractures are the most common osteoporotic injuries., particularly high incidence in people over 65 years oldWrist fractures account for nearly 20% of emergency cases., which is the most common type of upper limb fracture.Proximal humeral fractures rank third among fragility fractures, accounting for 6% of total adult fractures., which is expected to continue rising with the aging population.。

VOLT

VOLTThe system (Variable Angle Optimized Locking Technology, VOLT) is an innovative technology used for fracture fixation, combining dynamic compression with variable angle locking to provide surgeons with greater intraoperative adjustment flexibility while ensuring stability. Compared with traditional fixation systems, the innovation of the VOLT system lies in:

Dynamic Stability: Provides continuous stability during the fracture healing process, reducing the risk of postoperative displacement.
Personalized Angle: Allows doctors to adjust the fixation angle based on the specific condition of the fracture, improving treatment effectiveness.
Minimally Invasive Concept: Reduce surgical trauma and shorten patient recovery time.

Now ReleasedVOLT WristAndVOLT Proximal Humerus 3.5 Plating SystemsYesContinuation of the VOLT Technology Platform.

VOLT Wrist

VOLT WristApplicable to distal radius fractures.VOLT WristComposition:

VOLT Dual-Column Bone Plate & VOLT Dual-Column Edge Plate, Two Types of Bone Plates Available
Universal VOLT Microfracture System
Compatible with 2.4/2.7mm cortical bone screws and locking screws
Kirschner wire hole achieves temporary fixation, with an angle precisely matched to the adjacent screw hole.

VOLT Dual-Column Bone Plate

Improved Bone Surface Adhesion: Suitable for a Wider Range of Fracture Types
Innovative plate design: The ulnar end can extend 1.7mm towards the distal bone fragment.
Significantly reduce the prominence of the flexor hallucis longus plate
Optimization of Radial Screw Trajectory: Precise Anchoring at the Tip of the Styloid Process

VOLT Dual-Column Edge Plate

Specializing in metacarpal fractures and distal intra-articular fractures
Following the basic configuration of the dual-column bone plate
Plate-specific hook structure: Firmly grasp the volar marginal bone fragment
Precisely Avoid Joint Cavity Space
The hook is anchored at the ligament-bone junction.

VOLT Proximal Humerus 3.5 Plating Systems

VOLT Proximal Humerus 3.5 Plating SystemsApplicable to proximal humeral fractures. Composition:

6 Suture Holes & 8 K-wire Holes
3.5mm VOLT Locking Screw
Compatible with VOLT Small Fragment Fracture System
A Variety of Bone Plates Available for Selection

Short Type Plate: 3-Hole and 5-Hole Type

Long Plate: 5/6/7/8/9/10/11/12/13-hole type

VOLT Proximal Humerus 3.5 Plating Systems Innovation Points:

Innovative Comparison of Screw Tips

VOLT Tip (Left) vs LCP Locking Screw Tip (Right)

VOLT 3.5mm Locking Screw adopts a 5-cutting groove design (compared to LCP's 3 grooves).

Tip of Non-invasive Locking Screw: Significantly Enhances Implant Convenience in Dense Bone

Bone Plate Locking Solution

9 proximal locking screws

Unique Divergent/Convergent Compound Screw Path Design

Optimized Suture Channel

Suture hole designed for convenient threading operation

Johnson & Johnson
Johnson & Johnson has always been committed to addressing the most complex health challenges globally. For a century, we have driven the advancement of surgical care through innovative products such as wound closure, hemostatic assistance, surgical stapling devices, robotics, and digital solutions. Collaborating with clinical experts worldwide, we continuously revolutionize surgical techniques to better meet patient needs in metabolic diseases, cardiovascular diseases, oncology, and reconstructive surgery.