Medisplint
Medisplint
High-precision orthopedic trauma implants designed for Argentinian surgical centers, medical centers, and specialized regional distributors.
Argentina's healthcare system is divided into three complex sectors: the public national health system, the social security networks (such as *Obras Sociales* and *PAMI*), and the private prepagos. High inflationary pressures, currency fluctuations, and strict import authorization processes place a strong demand on orthopedic distributors to secure reliable, cost-efficient, and CE-certified implant suppliers from overseas factories.
Medisplint supports the Argentinian medical sector with direct factory supply routes, reducing intermediary markups. Our cannulated screws, fabricated from premium Titanium Alloy (Ti-6Al-4V ELI), offer an optimized balance of superior tensile strength and biocompatibility, allowing hospitals in Buenos Aires, Córdoba, Rosario, and Mendoza to access premium trauma implants while optimizing their municipal budgets.
To successfully market implants in Argentina, registration under ANMAT (Administración Nacional de Medicamentos, Alimentos y Tecnología Médica) is paramount. We provide complete technical dossiers, Certificate of Free Sale (CFS) authenticated via Hague Apostille, ISO 13485:2016 manufacturing records, and traceability documentation to ensure a seamless import process for our national distributors.
Avoid middleman costs and work directly with our 18,500㎡ facility. Benefit from localized bulk packaging and customized shipping configurations optimized for Argentinian customs.
We compile critical mechanical evaluation profiles, raw material mill reports, biocompatibility datasets, and manufacturing workflow charts required by Argentine health officials.
Unifying structural innovation, precision CNC manufacturing, and global logistic infrastructure for advanced orthopedic solutions.
Medisplint Orthopedic Instruments Co., Ltd. has established itself as an innovative force in the manufacturing of trauma, spine, and joint reconstruction implants since 2016. With over 10 years of overall medical manufacturing experience and 7 years of specialized global export history, our team of 85 dedicated engineering and R&D specialists continuously develops breakthrough solutions, releasing up to 68 new orthopedic components annually.
Our cannulated screws represent a premium line of osteosynthesis devices, optimized with self-tapping and self-drilling geometric properties to facilitate easier surgical insertion. The hollow core design enables precise guide-wire insertion, minimizing bone displacement and drastically lowering postoperative complication risks for extremity and pelvis surgeries.
Every implant undergoes complete in-house manufacturing—from premium medical-grade titanium rods to final sterile packaging.
We deploy advanced physical, structural, and mechanical test systems to guarantee zero defects across all orthopedic shipments.
Precision-machined medical implants engineered to minimize tissue damage while securing maximum bone compression.
Our screws feature a precisely concentric cannulated central core. This allows orthopedic surgeons to insert guide wires under fluoroscopic control, verifying path accuracy before inserting the screw.
Equipped with differential thread pitches at the leading and trailing edges, our Herbert-style screws compress bone fragments together as the screw is driven in, maximizing fracture healing.
Cutting flutes at the tip facilitate direct insertion without pre-tapping, decreasing thermal necrosis risks. The design optimizes bone purchase and reduces torque resistance during operation.
When choosing implants, the selection of the correct thread configuration is essential. Medisplint offers both fully threaded and partially threaded profiles. Partially threaded cannulated screws are ideal for lag-screw applications. The smooth shank glides through the near cortex, while the thread grips the far cortex, pulling the fragments together for stable compression.
For delicate joint surfaces, our headless compression screws sit fully below the articular cartilage layer once implanted. This prevents local soft-tissue impingement and enables early physical therapy protocols. This feature is particularly valuable for sports medicine applications within Argentina's high-demand clinics.
We manufacture our orthopedic implants using biocompatible, medical-grade Titanium Alloy (ASTM F136). The ELI (Extra Low Interstitial) formulation features lower oxygen, nitrogen, and carbon levels compared to standard industrial titanium, offering higher fracture toughness and fatigue strength.
This alloy undergoes anodization, producing a controlled, protective titanium oxide layer. This surface treatment provides chemical inertness inside the human body and allows color-coded identification by screw diameter, streamlining implant selection in busy hospital operating rooms.
Providing targeted clinical solutions for different medical institutions, from public hospitals to specialized private centers.
Under the Argentine PAMI scheme, high volumes of femoral neck fractures in elderly patients require stable, minimally invasive fixation. Our 6.5mm and 7.3mm cannulated compression screws are widely used in triple-screw configurations, providing stable fixations that allow patients to mobilize sooner.
Our 2.4mm and 3.0mm Herbert-type headless screws are designed for scaphoid fractures in active athletes. By utilizing a percutaneous approach, surgeons can secure scaphoid non-unions with minimal tissue disruption, promoting faster recovery and return to sport.
For calcaneal osteotomies, talotarsal arthrodesis, and hallux valgus corrections, our 4.0mm and 4.5mm titanium screws deliver stable fixation. The self-drilling design helps protect delicate soft tissues in distal extremity procedures.
In pediatric hospitals across Argentina, slipped capital femoral epiphysis (SCFE) stabilization requires precise implant placement. The biocompatibility of our titanium implants supports long-term integration with minimal risk of metal sensitivity.
Our commitment to research and development helps us design implants that match the evolving needs of orthopedic surgery.
The future of orthopedic traumatology lies in intelligent, bio-interactive implant systems. Medisplint is currently developing next-generation bioactive coatings, such as silicon-substituted hydroxyapatite (Si-HA), to accelerate osseointegration in osteopenic bone. These advancements are aimed at improving recovery outcomes for elderly patients with hip fractures.
Additionally, we are researching bioabsorbable alloys, including magnesium-zinc-calcium matrices. Screws manufactured from these materials provide temporary structural stabilization before gradually degrading as bone healing progresses, eliminating the need for secondary implant removal procedures.
We are also optimizing our manufacturing processes by shifting toward additive manufacturing (3D printing) for custom, patient-specific orthopedic implants. Our production facilities are continuously updated to support advanced manufacturing technologies, ensuring our partners in Argentina and worldwide have access to high-quality orthopedic solutions.
Select from our extensive line of orthopedic trauma implants, manufactured to meet global clinical standards.
Answers to common regulatory, logistical, and technical questions regarding implant supply chains to Argentina.
Partner with an established manufacturer to secure high-quality implants, streamline your logistics, and control your costs.
Email us to request a complete physical catalog, raw material certifications, or to arrange a video inspection of our production facilities.