Medisplint
Medisplint
Explore our elite-grade precision implant range tailored for Israel's trauma networks, clinical hospitals, and biomedical engineering systems.
Medisplint Orthopedic Instruments Co., Ltd. stands as a premier global developer and high-capacity manufacturer specializing in medical implant systems, skeletal fixation solutions, and advanced trauma surgical instruments. Since establishing our production footprints in 2016, our manufacturing trajectory is driven by technical innovation, robust materials science, and global compliance.
Spanning over 18,500 square meters of state-of-the-art sterile fabrication facilities, Medisplint leverages fully integrated process streams—from raw material metallurgical testing to finished product assembly. With a global export volume of USD 12 Million annually, we have built decade-long strategic footprints servicing top-tier biomedical distributors, orthopaedic hospitals, and OEM entities across Europe, Asia-Pacific, and the Middle East, including regional tech-sourcing hubs in Israel.
Our quality control protocols are backed by ISO 13485 certification and CE validation. Managed by a dedicated pool of 42 certified quality inspectors, every micro-batch undergoes rigid mechanical stress simulation and dimensional profiling to meet Class III medical standards.
Connect With Our Medical Engineering TeamIsrael represents one of the world's most sophisticated hubs for biomedical research, micro-engineering, and medical device manufacturing. Major surgical centers across Tel Aviv, Jerusalem, and Haifa operate under stringent clinical protocols that require orthopedic implants to meet maximum tensile strength and precise geometrical specifications. Cannulated compression screws, as key fixation devices for bone fractures, must adhere to zero-tolerance quality margins.
For medical implant materials used in active bone repair, titanium alloy remains the gold standard. High-grade titanium components offer superior biocompatibility, low modulus of elasticity close to that of human cortical bone, and exceptional corrosion resistance. In Israel’s clinical environments, surgical success metrics are linked to the utilization of Extra Low Interstitial (ELI) Grade 23 or Grade 5 Titanium. The chemical purity of these alloys reduces the risk of tissue inflammation, while preventing screw shear during high-torque compression insertion.
Global procurement teams targeting medical supply chains in the Middle East face three primary challenges: regulatory divergence, delivery cycle constraints, and customized design compliance. Purchasing direct from Medisplint resolves these hurdles. By combining our 18,500㎡ capacity with precision-controlled logistics, we deliver custom-labeled, Class III surgical screws and plates with full documentation (material test certifications, sterility validations, and trace logs) direct to target ports, ensuring continuous inventory safety stock.
1. ISO 13485:2016 Certification: Ensures quality management system compliance specific to medical devices.
2. Thread Profile Tolerance: Precise lead angle and self-tapping designs that minimize cortical bone stress.
3. Guidewire Centrality: The hollow core must be perfectly centered to prevent deflection during interventional placement.
4. Surface Treatment: Anodization to improve surface hardness and allow fast color-coding for surgical identification.
Every step of our manufacturing is backed by advanced CNC milling, Wire Cutting, and multi-dimensional quality control machinery.
Pioneering tomorrow's orthopedic solutions via smart surface engineering and advanced geometric structures.
Implementing type II anodization methods that reduce raw friction coefficients while yielding a dense, biologically inert titanium dioxide barrier layer.
Engineered pitch differences between proximal and distal thread lines generate precise compressive vector force without exposing hardware.
Tapered tip designs featuring deep self-tapping flutes ensure easy incision entry, reducing surgery times for complex intra-articular fractures.
Our Class-III orthopaedic products are subjected to rigorous physical and dimensional stress profiling.
Engineered to meet specific clinical demands, featuring precise thread dynamics and premium biocompatibility.
Expert technical insights regarding clinical applications, material composition, and supply chain logistics for Israel and global markets.
Get in touch with our medical engineering specialists for technical datasheets, regulatory validation files, and customized commercial quotes.
