Precision-manufactured from high-strength Ti6Al4V ELI (ASTM F136) and ISO 5832-1 medical-grade stainless steel. Engineered with optimized thread profiles, self-tapping flutes, and variable-angle locking designs.
Low-profile head reduces soft-tissue impingement. Engineered for precise subtalar and sinus tarsi arthroereisis or periarticular locking stability.
Anatomically pre-contoured plates compatible with 2.7mm / 3.5mm cortex and locking screws, providing rigid construct stiffness for fusion and osteotomies.
Features multi-planar distal screw trajectories for dense subchondral anchoring, ideal for Weber B and C distal fibular fractures and syndesmotic stabilization.
High-torque flexible shafts with quick-coupling modular cutting heads, optimizing canal preparation while mitigating thermal and intramedullary pressure spikes.
Cast and mirror-polished CoCrMo femoral components combined with high-grade ultra-high-molecular-weight polyethylene (UHMWPE) tibial inserts for physiological wear resistance.
Anatomic fit matching the distal medial tibia contour, incorporating combi-holes allowing standard cortical compression screws and angular stable locking screws in one plate.
Absorbable poly-lactic-co-glycolic acid (PLGA) construction with UHMWPE tension sutures for high pullout strength without persistent foreign body reactions.
High-precision micro and mini screws (1.5mm / 2.0mm) paired with ultra-thin malleable pure titanium plates for midface reconstruction and orthognathic stability.
Supplying dependable orthopedic hardware tailored to clinical realities, robust supply pipelines, and diverse operative environments.
Regional clinical environments require implant constructs capable of addressing severe comminuted shaft fractures, diaphyseal non-unions, and high-energy polytrauma cases resulting from heavy transport, mining, and industrial operations.
Our cannulated compression screws and locking periarticular plates feature uniform screw head recesses (Torx/Stardrive and standard hex) that minimize stripping risks even under high insertion torques in cortical bone.
In provincial medical facilities where inventory turnover must be maximized and sterile reprocessing cycles are intensive, implant versatility is paramount to reduce hospital carrying costs.
We supply modular orthopedic instrument trays and universal screw formats (such as 3.5mm cortex/locking crossover), allowing surgical teams to treat proximal tibia, distal fibula, and humeral fractures using a consolidated instrument footprint.
Procurement managers provisioning central health reserves demand robust packaging integrity and prolonged sterile shelf life that tolerate variable warehouse temperatures and shipping logistics.
Every batch of INAR bone screws and osteosynthesis plates features double-blister Tyvek packaging tested in our on-site packaging aging chambers to ensure a validated 5-year barrier integrity against microbial ingress.
An overview of shifting material preferences, regulatory expectations, and long-term procurement requirements across developing healthcare systems.
While 316L stainless steel has traditionally dominated budget-constrained markets due to base raw material pricing, clinical preferences are accelerating toward medical-grade Titanium Alloy (Ti6Al4V ELI).
Titanium’s lower modulus of elasticity significantly reduces bone stress shielding, accelerates callus formation, improves MRI compatibility, and offers superior biocompatibility for long-term retention when secondary hardware removal procedures cannot be guaranteed.
Procurement directors face logistical hurdles when maintaining incompatible implant systems from scattered OEM sources. The trend is consolidating around complete system vendors capable of supplying implants and dedicated delivery instruments under unified QA standards.
INAR matches all custom OEM bone screws with custom-calibrated taps, drill bits, sleeve guides, and depth gauges to eliminate intraoperative thread galling or poor plate seating.
State health departments and institutional tender boards increasingly audit physical factory credibility rather than mere export intermediaries. Verifiable certifications like CE under EU MDR, 93/42/EEC, and ISO 13485 are standard requisites.
Furthermore, our completed onsite supplier assessment by SGS Group provides non-negotiable assurance regarding cleanroom particle counts, bioburden validation, and tensile fatigue documentation.
Zhejiang INAR Medical Co., Ltd. operates a comprehensive 29,523 m² facility with 632 skilled staff, backed by 22+ years of manufacturing discipline and over a decade of verified export operations.
From raw bar stock evaluation to final Class 100,000 cleanroom packaging, no critical operation is outsourced. This vertical integration protects clinical margins and eliminates supply disruptions.
High-precision CNC Citizen and Star Swiss-type lathes deliver micro-tolerances within ±0.005mm on complex thread pitches, self-drilling flutes, and variable-angle screw heads.
Our QA lab executes cyclic dynamic fatigue testing, torsional shear testing, dye-penetrant surface inspection, and packaging aging tests under rigorous ISO standards.
Critical answers addressing regulatory documentation, private labeling, material certifications, and shipping procedures.
Partner with an audited manufacturing leader. Request our complete product catalog, surgical technique dossiers, material verification sheets, and confidential pricing schedules.
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