4WEB Medical Announces Major Milestone: Over 3,000 of their 3D printed spine truss implants in use
Back in September, we talked about 4WEB Medical, an implant device manufacturer based in Texas. The company was founded in 2008 and was the first FDA-cleared company to make spine implants via additive manufacturing. The company’s topological dimension theory research led them to develop the 4WEB, a breakthrough high-strength, lightweight web structure that they combined with 3D printing technology to create their implants.
Already established as the 3D printed implant technology leader in the medical field, today 4WEB Medical had a big announcement to make. At the North American Spine Society Annual Meeting, held this week (November 12-15) in San Francisco, California, 4WEB Medical announced that over 3,000 orthopedic truss implants have been implanted into patients.
“Crossing the 3,000 implant milestone is a significant accomplishment for our company,” said Jessee Hunt, President of 4WEB Medical. “It is a testament to our surgeons’ positive clinical experience with truss implant technology and the role it may play in achieving better outcomes for their patients.”
The structure of the ALIF spine truss system is demonstrated in this short video:
4WEB Medical currently offers Cervical and ALIF interbody devices in their spine portfolio; more spine truss designs are on the table for the first half of 2015. Having reached the milestone of 3,000 implants in use, 4WEB Medical seems on track to raise their profile as a go-to technology in implants.
Besides being simply the first on the market, 3D printed spine truss implants from 4WEB Medical are high quality and have an innovative design that enhances their popularity of use.
“The 4WEB Medical Spine Truss Systems are differentiated from other fusion implants currently on the market because the structural mechanics of the truss implants are designed to distribute loads across the entire endplate and throughout the device,” said Dr. Cameron Carmody, an orthopedic spine surgeon based in Plano, Texas. “This is significant because these implants may reduce stress risers and subsidence-related complications and potentially stimulate a cellular response through a mechanical transduction of strain.”
The use of additive manufacturing allows for the use of structural mechanics, load transfer, and adjacent material reaction — principles from engineering disciplines — in the production of the implants. The company’s implants don’t just sit inside a spine; they actively stimulate the healing process from within.
The unique design of the truss includes three-quarters of the implant to be filled with graft material. The texture of the piece — note the finish in the photos — also keeps the implant in place, lessening the opportunities for it to migrate from its point of initial fixation. Altogether, the architecture of 4WEB Medical’s implants allow for the devices to truly incorporate themselves into the body; the bi-convex surface brings the entire endplate closer to the adjacent bone, enhancing bone incorporation into the graft material. Most similar spine trusses, on the other hand, allow this only around the outside edge.
4WEB Medical also offers other trusses, including implants designated for use across the entire orthopedic arena such as for feet and ankles.
What do you think of their implants? How long until they hit the next big milestone? Let us know your thoughts at the 4WEB Medical Hits Milestone forum thread over at 3DPB.com.
You May Also Like
Researchers Evaluate 3D Printed Mandibular Grafts for Effectiveness as Implants
Researchers outline findings from their recent study in ‘Analysis of biomechanical behavior of 3D printed mandibular graft with porous scaffold structure designed by topological optimization.’ Their main point is that...
Researchers Discuss Health Hazards of 3D Printed Implants & Biomaterials
As 3D printing, additive manufacturing, and bioprinting have offered substantial new avenues for innovation in the medical field and so many other industries, there are bound to be some downsides....
TU Delft Researchers Discuss Microstructural Optimization for 3D Printing Trabecular Bone
Trabecular bone, also known as spongy or cancellous bone, is one of two types of bone found in the human body. It is found at the end of long bones,...
Additive Orthopaedics Receives FDA Clearance for 3D Printed Locking Lattice Plates
Additive Orthopaedics, LLC, headquartered in Little Silver, New Jersey continues to integrate biologics into their processes for patient-specific products for the foot and ankle. Their most recent advancement, delving further...
View our broad assortment of in house and third party products.