Sterile-packaged instruments, PKP kits, and stabilization plates designed under strict ISO 13485 controls to optimize vertebral compression fracture (VCF) outcomes and streamline surgical flow.
Vertebral compression fractures (VCFs) resulting from osteoporotic degradation or oncological lesions demand ultra-precise delivery mechanics. Our R&D team addresses common clinical complications including cement extravasation and thermal necrosis through proprietary fluid-dynamic cannulas.
Standard PMMA cement presents a narrow working phase. Our dedicated PKP injection mechanisms control hydraulic resistance up to 300 psi, ensuring uniform, slow-infusion micro-trabecular distribution that prevents venous leakage into spinal canals.
Featuring precision-engineered access trocars with diamond and bevel-tip configurations, our sets minimize cortical breach risks while catering to both transpedicular and extrapedicular minimally invasive approaches.
Every cannula, balloon catheter, and filler tube features high-density tantalum and platinum-iridium radiopaque bands, giving spinal surgeons real-time stereotactic visualization under dual-plane fluoroscopy.
Situated in Zhongguancun Science Park, Beijing, ZATH combines high-speed 5-axis CNC machining centers, robotic cleaning, and Class 100,000 cleanrooms to sustain defect-free production pipelines.
Multi-axis Swiss turning-milling centers forge high-strength medical grade titanium alloys (TC4/Ti6Al4V ELI) and surgical stainless steel into micro-toleranced puncture instruments and ergonomic grips.
Equipped with automated ultrasonic cleaning lines and medical-grade Tyvek blister heat-sealing stations, eliminating endotoxin risks and enabling point-of-care readiness.
Our vertical integration ensures deep reserves of raw materials, protecting international partners against price shocks and erratic market lead-times with rapid turnaround capabilities.
From emerging distributor growth to top-tier multinational private label contracting, our engineering and regulatory affairs departments remove commercial barriers.
Full Quality System records, bio-compatibility files (ISO 10993), sterilization validation (ISO 11137), and FSC documents prepared on request for expedited market submissions.
Custom handle moldings, branded color anodization, tailored trocar graduation lines, and custom sterile barrier foil configurations configured exactly to your hospital tender specs.
Empowering regional distributors to trial initial clinical acceptance without tying up excessive working capital in massive minimum order quantities (MOQs).
We supply full Technical Construction Files (TCF), Clinical Evaluation Reports (CER), and risk management matrices complying with ISO 14971 standards.
Vertebroplasty is moving beyond simple mechanical filler procedures. Our research teams are pioneering smart-controlled, biologically active, and robotic-assisted intervention tools.
Collaborating with top material laboratories, we are testing bioactive calcium-phosphate hybrid cements engineered to release osteogenic factors, restoring vertebral physiological load without excessive stiffness.
Eliminating the necessity for bilateral puncture, our upcoming articulating delivery cannulas give surgeons single-pedicle curved navigation to achieve ideal symmetrical midline bone cement distribution.
Designing lightweight optical array adapters and electromagnetic trackers specifically calibrated to match major surgical robot navigation workflows for sub-millimeter trajectory accuracy.
In-depth answers addressing clinical engineering, regulatory documentation, and production capabilities for B2B procurement partners.
Strengthen your surgical offering with our full-spectrum orthopedic catalog, covering joint reconstructive implants, cortical bone fasteners, and dedicated surgical instrumentation sets.