Explore our premium grade selection of orthopedic surgical devices, sports medicine instruments, and custom veterinary surgical solutions.
Operating at the intersection of clinical utility and mechanical precision, Shenzhen HUL Healthcare Technology Co., Ltd. (globally recognized for its premium Bopull Medical brand) is a high-technology enterprise specializing in the design, engineering, and manufacturing of surgical-grade instruments and medical implants.
By strictly adhering to international regulatory frameworks, Bopull Medical maintains a state-of-the-art manufacturing infrastructure compliant with GB/T42061-2022 and ISO13485:2016 quality management systems. Our operations are tailored to address the complex requirements of global device distributors, medical OEM partners, and veterinary clinical chains.
Our commitment to patient safety and surgeon ergonomics is reflected in our robust manufacturing process. Every production lot undergoes rigorous mechanical validation, raw material spectrometry verification, and dimensional testing using advanced coordinate measuring systems (CMM).
Bopull Medical designs products intended for global deployment. We supply full technical documentation to facilitate regional CE markings, FDA clearances, and national registrations, serving as a trusted contract manufacturing organization (CMO).
Combining automated precision machining with stringent clinical quality metrics to offer cost-competitive, high-performance medical components.
In the highly sensitive domain of orthopedic and spinal surgery, material integrity and micro-dimensional accuracy represent non-negotiable standards. The Bopull Medical production facility integrates advanced CNC multi-axis milling centers, Swiss-type high-precision turning machines, and advanced wire electrical discharge machining (EDM) setups. This state-of-the-art technological configuration ensures tolerances as low as ±2 microns, ensuring that every bone drill, tap, reamer, or retractor functions flawlessly in the surgical theater.
Furthermore, our supply chain resilience is rooted in deep partnerships with primary surgical-grade alloy suppliers. We source exclusively biocompatible titanium (Grade 5/Ti-6Al-4V ELI), medical-grade stainless steel (316LVM, 455, 420), and advanced thermoplastic polymers such as PEEK and Radel®. Each batch is verified via independent third-party laboratories to check alloy purity, grain structure, and corrosion resistance.
Tailored manufacturing programs designed to satisfy specialized clinical requirements and biomechanical standards.
Providing custom minimal invasive surgery (MIS) instrumentation, including tubular retractors (OLIF/DLIF), pedicle screw placement assemblies, spinal rods, and DOMINO connectors. Designed to reduce patient trauma and optimize surgeon line-of-sight.
Engineering locking compression plates, cortical screws, cancellous screws, and flexible intramedullary reamers. Focused on maintaining structural stability, encouraging osseointegration, and mitigating the risk of material fatigue under dynamic loads.
Supplying high-strength, low-profile anchor systems, fixed/adjustable loop endobuttons, and high-sharpness shaver blades/burrs. Optimizing ligament reconstruction and arthroscopic joint repair with zero suture slippage.
How Bopull Medical adapts to the evolution of digital operating suites, intelligent materials, and localized regulatory environments.
Development of surgical instrument adapters compatible with leading computer-assisted navigation and robotic surgical systems. Standardizing torque-limiting tools to ensure telemetry feedback and avoid screw striping or bone damage.
Integrating direct metal laser sintering (DMLS) for customized patient-specific titanium implants. Researching hybrid carbon-reinforced PEEK implants to match human cortical bone modulus and avoid stress-shielding effects.
Establishment of regional service centers in Europe and North America to facilitate rapid customization, device refinement, and localized MDR compliance documentation support for medical buyers.
High-end implant hardware, powered surgical drill components, and robust fixation units constructed for life-long durability.
Streamlined contract manufacturing operations from conceptual design through international commercial distribution.
Customers submit 3D CAD files (STEP, IGES) or physical samples. Bopull Medical engineers perform Design for Manufacturing (DFM) reviews to identify opportunities to optimize production paths, reduce cycle times, and minimize waste.
Prototype fabrication under real production settings. Verification processes examine surface finish (roughness Ra value), dimensional accuracy, and mechanical durability (torsional, tensile, and fatigue tests).
With approval, the project transitions to mass production. Automated multi-shift manufacturing cycles, laser etching for UDI traceability, and final assembly in ISO Class 7 equivalent environments are deployed.
Technical details, certification processes, and custom manufacturing capability specifications for procurement teams.
HUL Healthcare Limited
