Discover our clinically validated orthopedic medical systems. Engineered to meet the exacting standards of modern joint reconstruction and trauma surgery.
The field of joint reconstruction has witnessed a profound structural shift from rigid fixation methodologies to dynamic, biomechanically optimized systems. At the center of this revolution is the cortical fixation button, an implant critical to securing soft tissue grafts in Anterior Cruciate Ligament (ACL), posterior cruciate ligament (PCL), and syndesmotic joint repairs. As clinical focus shifts toward anatomical graft positioning and minimizing post-operative laxity, cortical buttons have adapted from traditional fixed-loop configurations to highly sophisticated adjustable loop mechanisms.
Global procurement teams must prioritize the mechanical criteria that dictate long-term surgical success. A premier fixation device must achieve minimal cyclic displacement under physiologic loads, boast high ultimate tensile strength (UTS), and maintain structural integrity against cortical bone tissue. Virelox Medical Devices Co., Ltd. is at the forefront of this industrial milestone, designing implants that fuse biomechanical simulation with micro-precision CNC machining to produce Class III medical devices that mitigate common clinical failure modes, such as the "bungee-effect" and "windshield-wiper" graft wear.
Traditional soft tissue reconstructions often suffer from micromotion at the bone-tunnel interface. Our research focuses on minimizing structural elongation. A critical component in achieving this is the material selection—utilizing ultra-high-molecular-weight polyethylene (UHMWPE) loop designs coupled with Ti6Al4V ELI titanium button bodies. This guarantees maximum load carrying capability and rapid osseointegration.
Established in 2016, Virelox Medical Devices Co., Ltd. is a high-performance orthopedic device manufacturer specializing in joint replacement, spinal fusion, and sports medicine implant systems. With 10 years of intensive industry experience and 8 years of dedicated export history, we have established a robust distribution footprint spanning Europe, Southeast Asia, the Middle East, and South America.
Our state-of-the-art facility occupies a 12,000 m² building area, housing fully cleanroom-certified assembly zones and climate-controlled storage areas. Supported by over 850 certified upstream/downstream supply partners, we guarantee reliable raw material and component availability.
We employ 120 specialized R&D engineers focused on biomechanics, materials science, and medical device optimization. Backed by advanced simulation systems and rapid prototyping, we launched 120 new orthopedic and spinal implants last year alone.
Overseen by 65 quality control professionals, our quality management system is built on ISO 13485 standards. We operate full incoming-material control, in-process checking, and 100% final inspections using CMM and fatigue testers.
A visual journey through Virelox's certified production process. Every stage—from raw material qualification to final tensile testing—adheres strictly to medical-grade verification protocols.
Understanding that patient anatomy varies drastically, Virelox offers comprehensive OEM/ODM and private-label customization channels. Our biomechanical prototyping services allow orthopedic device distributors and surgical clinics to co-develop customized implant geometries.
Leveraging our advanced wire cutting, CNC milling, and laser marking capabilities, we produce customized implant solutions that align with specific clinical preferences. This includes custom suture loop configurations, color-anodized plates, and unique button profile dimensions to adapt to varying patient populations.
Sourcing Class III medical implants demands strict regulatory verification. Virelox mitigates regulatory risks through ISO 13485-certified documentation. Our global export structure operates with 8 years of custom-clearance experience in highly regulated markets including Europe and South America.
Supply Chain Security: We source titanium alloy bars exclusively from medical-grade, certified steel suppliers, verifying every batch with chemical-composition spectroscopy and tensile elongation tests.
Our scientific team continuously pushes the limits of material performance. Here is how we are developing the next generation of cortical fixation technology.
Introduction of zero-slippage adjustable loops. Our engineers are integrating secondary interlocking lock-channels into the titanium body to eliminate back-slip under continuous cyclic loading.
Researching plasma-sprayed hydroxyapatite (HA) coatings on titanium bases to accelerate bone-to-button integration. This minimizes the risk of cortical bone subsidence or migration.
Development of magnesium-alloy based cortical buttons that facilitate natural tissue remodeling and gradually degrade, eliminating foreign body footprints post-recovery.
Extend your clinical operations with our globally sourced, CE-certified spine instruments, minimally invasive surgical systems, and precision cutters.
Virelox