Minimally Invasive Surgery in Texas

TYBR Health is a Houston-based medtech company founded in 2020, specializing in regenerative medicine and post-operative recovery solutions for orthopedic surgery. The company addresses a critical clinical gap: while surgical procedures for tendon and ligament repair are often technically successful, post-surgical tissue scarring and adhesions frequently result in long-term functional limitations and mobility restrictions affecting patient outcomes. TYBR Health's flagship product, B3 GEL™, is a naturally derived, flowable bio-gel barrier designed to be applied intraoperatively to coat tendons, ligaments, and surrounding tissues during minimally invasive procedures. The hydrogel creates a protective barrier that mitigates internal scarring and tissue tethering, supporting optimal healing and functional recovery. The solution targets the approximately 120,000 annual tendon procedures performed in the United States, where up to 40% of patients currently face lifelong mobility limitations despite surgical success.

Biofusion Medical, operating under the SI-Restore® brand, specializes in sacroiliac joint (SI) fixation systems for minimally invasive spinal surgery. The company designs and manufactures the SI-Restore® Sacroiliac Joint Fixation System, featuring proprietary Nano BioBlast™ surface treatment technology. This advanced surface roughening process creates an ideal macro and micro-porous texture optimized for bone attraction, adhesion, and osseointegration, enhancing long-term bony on-growth and implant stability. The technology utilizes biocompatible hydroxyapatite media without residual contamination or coatings that could delaminate. SI-Restore® combines integrated implant design with simplified, patented instrumentation to reduce procedural steps and complexity, targeting improved surgical ease and reduced patient complications. The system is designed for surgeons performing minimally invasive sacroiliac joint fusion procedures. Products are protected under US design patents (D857,897 S and D857,898 S). The company markets to surgeons, distributors, and healthcare facilities focused on spine surgery and orthopedic solutions. SI-Restore® represents Biofusion Medical's focused portfolio in sacroiliac joint solutions, with emphasis on implant material science and surgical technique optimization.

SigmaPro Engineering and Manufacturing is a Texas-based precision injection molding specialist serving medical device OEMs and Tier 1 suppliers. The company manufactures complex plastic components for minimally invasive surgical devices, drug delivery systems, diagnostic and analytical consumables, and optical/wearable medical assemblies. SigmaPro operates a 12,000 sq. ft. ISO 13485 and ISO 9001-certified facility in Fort Worth with Class 8 cleanroom capabilities for molding, assembly, and packaging. The facility integrates in-house tooling maintenance, coordinate measuring machines (CMM), optical inspection systems, and real-time process data monitoring to achieve micron-level dimensional tolerances (±4 microns) and validated production. The company is FDA-registered and maintains MDR compliance alignment. Services include design for manufacturability (DFM) consultation, tooling engineering, process validation, and scalable high-volume production. SigmaPro serves North American and European medical technology markets with emphasis on biocompatibility verification and regulatory documentation support for complex, high-precision plastic components.

Starr Frame LLC manufactures specialized minimally invasive surgical systems for orthopedic trauma, specifically designed for closed reduction of pelvic ring and acetabular fractures. The company's flagship products—the Starr Frame Orion®, Starr Frame®, and Reinert Reduction Instruments—enable surgeons to apply consistent, controlled reduction forces in a step-wise manner, facilitating precise deformity correction with reduced surgical time and minimized wound complications. These fluoroscopy-compatible systems feature radiolucent carbon fiber components and are engineered for percutaneous application, significantly shortening patient recovery periods compared to traditional open reduction methods. Starr Frame serves orthopedic trauma surgeons and trauma centers globally.

HealthTronics is a specialized urology equipment and service provider serving over 1,500 physicians and 2,000 healthcare facilities nationwide. The company specializes in lithotripsy (shockwave), laser, and ureteroscopy solutions for kidney stone disease management. HealthTronics offers a comprehensive stone management platform including extracorporeal shock wave lithotripsy (ESWL) systems, laser lithotripsy equipment, single-use ureteroscopes, and consumables for ureteroscopic procedures. The company operates under a physician investment model, providing joint venture and partnership solutions to urologists and hospital systems seeking capital-efficient kidney stone treatment programs. Core service capabilities include equipment rental, maintenance, repair, and technical support through field engineers deployed nationally. HealthTronics emphasizes operational management of medical technology, quality assurance, compliance support, and process optimization. The company positions itself as both a product supplier and operational solutions provider, enabling practices and facilities to improve financial performance, patient satisfaction, and clinical focus while reducing system costs. Customers include independent urology practices, health systems, and ASCs requiring reliable access to stone management equipment with integrated technical and administrative support.

Chase Medical is an ISO 13485 certified medical device manufacturer and worldwide distributor specializing in innovative technologies for advanced cardiovascular surgery. The company focuses on beating heart/off-pump CABG (Coronary Artery Bypass Graft) procedures and Surgical Ventricular Restoration (SVR). Chase Medical's product portfolio includes vacuum-assisted stabilization systems, atraumatic intracoronary shunts, surgical arms with reusable and disposable attachments, and the Mannequin system for left ventricular reshaping and restoration in ischemic heart failure patients. With over 25 years of experience and a reputation for high-quality, state-of-the-art devices, Chase Medical serves cardiac surgeons globally with both disposable and reusable surgical solutions for on-pump, off-pump, and pump-assist procedures.

Astura Medical is a surgeon-inspired medical device manufacturer specializing in minimally invasive spinal fixation systems. The company develops modular posterior spinal fusion and fixation solutions designed for orthopedic and spine surgeries. Their flagship product, Masada MIS, is a modular minimally invasive posterior spinal fixation system engineered to support complex spinal procedures with reduced surgical trauma and improved patient outcomes. Astura Medical is headquartered in Irving, Texas, and operates with a quality-driven, surgeon-centric design philosophy. The company serves orthopedic surgeons, spine specialists, and surgical centers with innovative MIS (minimally invasive surgery) technology for spinal stabilization and fusion procedures.

Bimini Health Tech is a medical device company specializing in reconstructive, aesthetic, and orthopedic solutions, with operations in 50+ countries serving 1.5M+ procedures annually. The company develops advanced technologies focused on women's health, particularly breast reconstruction and fat transfer procedures. Core product portfolio includes: PureGraft®, a proprietary adipose filtration system for harvesting and transferring fat grafts in reconstructive and aesthetic surgery; Essence ADM™, a sterile, ready-to-use acellular dermal matrix available in multiple sizes for plastic and reconstructive procedures; Serene™ Structured Saline Breast Implant, designed to provide silicone-like natural appearance and feel; Dermapose®, an office-based system for standardizing micro fat harvesting, purification, and injection as an alternative to synthetic dermal fillers; and Boost Micronizers for adipose tissue processing. Applications span reconstructive and aesthetic surgery, minimally invasive procedures, and orthopedic/sports medicine utilizing autologous adipose tissue and blood products. The company partners with leading physicians and maintains partnerships with major distributors including Arthrex, Genesis Biologics, GC Aesthetics, Bausch Health, and Crown Aesthetics. Bimini emphasizes scientific rigor, reproducibility, and clinical efficacy in product design and clinical applications.

Osseus Fusion Systems is a Dallas-based medical device manufacturer specializing in minimally invasive spinal fusion and fixation solutions. Founded by industry veterans with over 35 years of combined experience, the company develops innovative pedicle screw systems, interbody fusion devices, and anterior cervical plates utilizing advanced materials, 3D printing, and additive manufacturing technologies. The product portfolio includes the Black Diamond Pedicle Screw System (open and minimally invasive variants), White Pearl Anterior Cervical Plate, Gemini-C Cervical Interbody system, Aries interbody family (TS, TC, L variants for lumbar applications), Blue Topaz Sacroiliac Screw System, and Black Diamond POCT. Osseus emphasizes biocompatible, radiolucent materials with osseoconductive properties and close surgeon collaboration to optimize biomechanical performance and patient outcomes. The company operates with 11-50 employees and approximately $5.5 million in revenue.

Paramount Surgicals, Inc. is an innovative spinal implant manufacturer specializing in FDA-approved devices for the treatment of spinal disorders across the lumbar, thoracic, and cervical regions. Founded by spine surgeons and mechanical engineers, the company designs implants that adhere to biomechanical principles of normal spine anatomy, offering versatility, stability, reliability, and surgical maneuverability. The product portfolio includes fixation systems, interbody fusion devices, pedicle screw systems, and dynamic plating solutions. The company is actively developing next-generation technologies including artificial disc replacement systems and expanding international market presence beyond established U.S. distribution channels.

SolcoAmerica, a Dallas-based subsidiary of Solco Biomedical (founded 1974 in Korea), specializes in the design and manufacture of orthopedic spinal implants and minimally invasive surgical instrumentation systems. Established in the US in 2013, the company focuses on developing progressive spinal care solutions for spine surgeons treating patients with spinal pathologies. Their product portfolio encompasses anterior cervical plate systems, minimally invasive screw fixation sets, interbody cages, and kyphoplasty systems across cervical, thorocolumbar, and biologics segments. The company maintains a global distribution network and serves over 200 physicians with a commitment to advancing spinal care through continuous R&D and innovation in both open and minimally invasive surgical approaches.

Wenzel Spine, Inc. is a medical technology company founded in 2008 and headquartered in Austin, Texas, specializing in minimally invasive surgical solutions and diagnostic platforms for spinal disorders. The company is a recognized leader in stand-alone spine fusion technologies with over 17 years of expertise in expandable implant design and manufacturing. Wenzel Spine develops a comprehensive portfolio of devices designed to simplify spine surgery, reduce recovery time, and improve patient outcomes while preserving spinal anatomy and minimizing hardware burden. The company's mission emphasizes a "less is more" approach, often eliminating the need for supplemental fixation. With 21,000+ devices implanted, 11,000+ patients treated, and 300+ surgeon partners across North America and the European Union, Wenzel Spine maintains a strong commitment to ethical practices and regulatory compliance. The company serves orthopedic surgeons and spine specialists treating sacroiliac, lumbar, and cervical fusion patients through both innovative surgical systems and diagnostic software.