Medisplint
Medisplint
Select orthopedic trauma implants engineered for the high clinical requirements of public, private, and university hospital networks in Turkey.
Istanbul represents Turkey’s largest medical nexus, housing more than 200 public and private hospitals, including prestigious university hospital complexes and world-renowned private networks such as Acıbadem Healthcare Group, Memorial Health Group, and Medical Park. The city has emerged as a premier global hub for medical tourism, attracting thousands of patients from Europe, Central Asia, and the Middle East for advanced orthopedic surgeries, complex trauma reconstructions, and sports medicine.
This high patient volume drives a significant demand for CE-certified, ISO 13485 compliant Class III medical implants, specifically cannulated bone screws and compression systems. Given the stringent regulations enforced by the Turkish Medicines and Medical Devices Agency (TİTCK) through the National Product Tracking System (UTS), local distributors and health administrators seek manufacturing partners who can provide clinical-grade documentation, absolute traceabilities of titanium raw materials (such as Grade 5 ELI Titanium / Ti-6Al-4V), and robust delivery channels.
The global orthopedic bone screw market is experiencing an transition towards minimally invasive surgery (MIS). Cannulated screws allow surgeons to achieve high precision by inserting a guide wire (usually Kirschner wire) first, then sliding the hollow screw over the wire to achieve compression precisely at the fracture site.
Key global trends shaping this sector include:
Medisplint Orthopedic Instruments Co., Ltd. is a specialized, ISO 13485 certified manufacturer focusing on advanced trauma and joint reconstruction solutions. Established in 2016, our production facilities and testing labs cover 18,500㎡, running over 50 Swiss-type CNC lathes and multi-axis milling systems.
To guarantee the mechanical reliability of our surgical implants under heavy anatomical loads, Medisplint operates dedicated laboratory test suites. We perform fatigue, pull-out, and torsion tests using calibrated instrumentation on every production batch.
Below is our step-by-step production flow, representing our industrial transparency, high technological control, and commitment to the E-E-A-T guideline.
High-strength headless and self-tapping titanium alloys designed to match surgical preferences in modern trauma surgeries.
Manufacturing clinical bone screws requires precise engineering. At Medisplint, the manufacturing process is regulated by advanced quality control systems.
We source our raw titanium exclusively from certified medical-grade suppliers. Every rod is verified using optical emission spectrometers (OES) to check chemical composition limits (e.g., keeping iron content < 0.25% and oxygen < 0.13% to meet ASTM F136 requirements).
A high-speed gun-drilling process creates the inner cannula. Concentricity is kept within ± 0.02 mm to prevent guide-wire binding. Thread profiles are generated through thread-rolling rather than cutting to maximize mechanical fatigue resistance.
In our testing lab, we subject screws to test conditions resembling real-world biomechanical challenges:
Explore our core export range of titanium implants, optimized for bone healing, trauma care, and clinical efficiency.
Key answers to mechanical, biocompatibility, and logistics questions commonly asked by orthopedic surgeons and purchasing departments.
Get access to direct-from-factory pricing, customized sizing schemes, and reliable regulatory support for the Turkish orthopedic market.
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