High-performance solutions tailored for complex joint reconstruction in the North Korea healthcare sector.
As the medical landscape in North Korea (DPRK) continues to modernize, particularly in specialized centers like the Pyongyang Medical College Hospital and the Ryugyong Dental and General Hospitals, there is an increasing demand for sophisticated orthopedic solutions. Revision hip and knee arthroplasty (RHA/RKA) represents one of the most technically demanding subsets of orthopedic surgery.
Our research into the local North Korean market indicates a critical transition phase. Historically, orthopedic care was focused on primary trauma; however, with an aging population and previous generations of primary implants reaching their "wear-and-tear" limits, the need for modular revision systems that can handle bone loss and structural instability is paramount. We serve as a primary exporter, ensuring that high-precision medical devices bridge the gap between clinical demand and technological supply.
The industrial climate in the region emphasizes durability and cost-effectiveness. Implants must withstand long-term biological stress while remaining accessible for national procurement programs. Our systems are designed to exceed these rigorous standards.
How Foshan Wigivida Medical leverages advanced manufacturing to provide Information Gain and competitive advantages.
Utilizing high-end CNC centers to ensure tolerances within microns, crucial for the modular taper connections in revision hip stems.
We use exclusively medical-grade Titanium Alloy (Ti6Al4V) and UHMWPE (Ultra-High Molecular Weight Polyethylene) for maximum longevity.
Strategic export pathways to North Korea, ensuring cold-chain (where necessary) and sterilized integrity during transit.

Raw Materials

Precision Slitting

Advanced Machining

Wire-cutting Technology
The global revision arthroplasty market is shifting toward biological fixation and 3D-printed porous structures. For the North Korea market, the focus remains on proven, high-reliability mechanical designs such as the S-ROM style modular stems. These systems allow surgeons to address proximal-distal mismatch, a common complication in revision cases.
Global enterprises are now demanding "Full-Service Supply," which includes not just the implant, but the specialized instrument sets required for extraction and re-implantation. Wigivida’s Factory 4.0 integration allows us to customize these instrument sets (OEM/ODM) to meet specific surgical preferences found in North Korean clinical protocols.
Our adherence to ISO 13485 and CE Standards ensures that every export to the North Korea market meets the highest international safety benchmarks, providing "Information Gain" to local health ministries through transparent data and clinical validation.
Addressing the specific clinical challenges found in North Korean orthopedic departments.
Our long-stem revision knee systems utilize distal fixation to provide stability where proximal bone stock is compromised.
Providing specialized Pulsed Lavage systems essential for thorough debridement during two-stage revision procedures.
Durable, intuitive instrument designs that reduce the learning curve for surgeons in provincial hospitals outside Pyongyang.
Expert insights into the procurement and application of revision systems.
Extended catalog of implants and instruments for full-spectrum orthopedic care.
Foshan Wigivida Medical Co., Ltd. is a leading China-based manufacturer of high-quality medical consumables and devices. Our core expertise spans respiratory products, medical tubes, and most importantly, advanced orthopedic surgical consumables. With a reputation for reliability and innovation, we provide safe solutions to hospitals and distributors worldwide.
Our facility combines Precision Manufacturing with a rigorous Quality Management System (QMS). From slitting and CNC machining to laser marking and sterile packing, every step is optimized for patient safety and surgeon efficiency. Our R&D team continuously evolves our product line to match the latest clinical findings in joint arthroplasty.



