Research & Development

From clinical insight to validated technology.

A disciplined development pathway that transforms meaningful clinical problems into rigorously validated spine technologies — through the close collaboration of surgeons, engineers, and scientists.

Apex research and development — anatomy, CAD, FEA, and finished implant

Our Development Philosophy

Ideas transformed into technologies that improve patient care.

Every Apex technology begins with a meaningful clinical problem. Through close collaboration between surgeons, engineers, and scientists, ideas are transformed into rigorously validated medical technologies designed to improve patient care. Our multidisciplinary development process combines clinical insight, biomedical engineering, biomechanical testing, preclinical validation, and regulatory strategy to accelerate the translation of innovation from concept to clinical practice.

Development Pathway

From clinical need to commercialization.

Every Apex technology follows the same disciplined, evidence-based pathway before reaching patients.

  1. 01

    Clinical Need

    Every program begins with an unmet clinical need identified by practicing spine surgeons.

  2. 02

    Concept Development

    Multidisciplinary teams translate the clinical problem into design and workflow requirements.

  3. 03

    Engineering Design

    CAD engineering generates implant and instrumentation concepts optimized for anatomy and surgery.

  4. 04

    Prototype Development

    Rapid prototyping and iterative refinement produce functional implants ready for evaluation.

  5. 05

    Bench Testing

    Static, dynamic, and fatigue testing verify implant strength, durability, and construct performance.

  6. 06

    Cadaver Validation

    Anatomic and workflow studies confirm placement, technique, and integration with existing procedures.

  7. 07

    Preclinical Studies

    Large animal models evaluate in-vivo performance, biologic response, and long-term integration.

  8. 08

    Regulatory Strategy

    Regulatory planning is integrated from day one — spanning FDA pathways and global authorization.

  9. 09

    Clinical Translation

    Controlled clinical introduction and prospective evaluation confirm safety and clinical value.

Core Research Capabilities

An integrated engineering and research capability.

Biomechanics

Quantitative assessment of spinal motion, load transfer, and construct behavior.

Mechanical Testing

Static, dynamic, and fatigue testing across implants and full constructs.

Finite Element Analysis

Patient-specific computational modeling of implants and physiologic loading.

Cadaver Research

Anatomic feasibility, surgical workflow, and construct evaluation in human specimens.

Large Animal Models

Preclinical evaluation of in-vivo performance, biologic response, and fusion behavior.

Clinical Research

Prospective, retrospective, and multicenter studies supporting clinical translation.

Regulatory Science

FDA pathway strategy, Breakthrough Designation, and global market authorization.

Medical Device Engineering

CAD design, prototyping, manufacturing, and quality systems for spine technologies.

Facilities & Resources

The environment behind every Apex technology.

A fully integrated development environment spanning engineering, benchtop testing, cadaveric evaluation, and preclinical research.

Engineering CAD workstation

Engineering Laboratory

Mechanical testing

Mechanical Testing Laboratory

Cadaver laboratory

Cadaver Laboratory

Preclinical animal research CT

Animal Research Facilities

Prototype development

Product Development

Scientific collaboration and testing

Scientific Collaboration

Strategic Collaborations

Built alongside leading institutions.

Medical University of South Carolina

Clemson University

Atrium Health / Wake Forest

Yale University

University of Colorado

National Institutes of Health

South Carolina Research Authority

Research Partnerships

Innovation advances through collaboration.

Apex collaborates with surgeons, engineers, scientists, universities, and strategic partners to accelerate the development of clinically meaningful technologies. We welcome opportunities to advance innovation through collaborative research and product development.