4WEB, Inc.
4WEB Medical is an orthopedic implant company that specializes in developing innovative implants using its proprietary Truss Implant Technology™. This technology is designed to stimulate a mechanobiological response, facilitating fusion and improving patient outcomes. With a focus on advanced structural design, 4WEB Medical aims to enhance the healing process through its unique implant solutions.
Industries
Nr. of Employees
small (1-50)
4WEB, Inc.
Frisco, Texas, United States, North America
Products
Stand-alone anterior interbody truss implant (anterior spine)
Zero-profile interbody implant with truss architecture designed to accept fixation screws through the implant to adjacent vertebral bodies; intended to transfer load through struts and support fusion.
Stand-alone cervical interbody truss implant (cervical spine)
Zero-profile cervical interbody implant with truss architecture allowing fixation through the implant; designed for cervical fusion with features to support screw angulation and locking.
Lateral interbody truss implant with enhanced endplate interface
Lateral approach interbody implant using truss architecture and an endplate contact topology intended to maximize endplate contact and resist subsidence; supplied with lateral access and disc preparation instruments.
Modular cervical and lumbar plating solutions
Plating systems with multiple modular configurations and options for integrated and non-integrated offerings with varying screw counts for cervical and lumbar applications.
Extremity truss implants for osteotomy and hammertoe
Truss-structured implants for extremity procedures including osteotomy and hammertoe indications, designed to provide a scaffold for bone healing in foot and ankle applications.
Stand-alone anterior interbody truss implant (anterior spine)
Zero-profile interbody implant with truss architecture designed to accept fixation screws through the implant to adjacent vertebral bodies; intended to transfer load through struts and support fusion.
Stand-alone cervical interbody truss implant (cervical spine)
Zero-profile cervical interbody implant with truss architecture allowing fixation through the implant; designed for cervical fusion with features to support screw angulation and locking.
Lateral interbody truss implant with enhanced endplate interface
Lateral approach interbody implant using truss architecture and an endplate contact topology intended to maximize endplate contact and resist subsidence; supplied with lateral access and disc preparation instruments.
Modular cervical and lumbar plating solutions
Plating systems with multiple modular configurations and options for integrated and non-integrated offerings with varying screw counts for cervical and lumbar applications.
Extremity truss implants for osteotomy and hammertoe
Truss-structured implants for extremity procedures including osteotomy and hammertoe indications, designed to provide a scaffold for bone healing in foot and ankle applications.
Services
Surgical training and educational media
Provision of surgeon testimonial videos, procedure training videos, and product animations for procedural education.
Technical documentation and downloadable resources
Distribution of instructions for use, surgical technique guides, product brochures, technical briefs, and 510(k) summaries as downloadable files.
Customer and clinical support (contact and inquiries)
Channels for general contact, clinical inquiries, product demos, and customer service via online contact form, email and phone.
Surgical training and educational media
Provision of surgeon testimonial videos, procedure training videos, and product animations for procedural education.
Technical documentation and downloadable resources
Distribution of instructions for use, surgical technique guides, product brochures, technical briefs, and 510(k) summaries as downloadable files.
Customer and clinical support (contact and inquiries)
Channels for general contact, clinical inquiries, product demos, and customer service via online contact form, email and phone.
Expertise Areas
- Mechanobiology-driven implant research
- Interbody fusion implant design (spine)
- Additive manufacturing (metal 3D printing) for implants
- Surface engineering for osteointegration
Key Technologies
- Metal additive manufacturing (3D printing)
- Truss/lattice structural implant design
- Hierarchical macro-to-nano surface texturing
- Endplate contact topology optimization (snowshoe interface)