Famous ICP Proximal Lateral Femoral Manufacturer & Company

The fundamental distinction lies in the biomechanical load-transfer mechanism. A DHS relies on a massive sliding hip lag screw that allows dynamic compression; however, in unstable intertrochanteric fractures, posteromedial wall fragmentation, or subtrochanteric extension, DHS carries a high risk of lateral wall fracture, uncontrolled collapse, and medial displacement of the distal shaft. The ICP Proximal Lateral Femoral system employs a rigid internal fixator principle where multiple diverging/converging locking screws anchor directly into the plate threads. This creates a multi-point fixed-angle structure that resists varus moment arms without relying on bone-plate friction or an intact lateral trochanteric buttress.

All ZATH trauma and femoral implants are precision CNC machined from medical-grade Titanium Grade 5 ELI (Ti-6Al-4V Extra Low Interstitial) conforming strictly to ASTM F136 and ISO 5832-3. Every manufacturing lot is issued with full raw material mill test certificates confirming metallurgical chemical composition, tensile yield strength, elongation at break, and microstructural grain sizing. Finished plates undergo rigorous fatigue endurance validation under ASTM F382 standards.

Traditional plates compress flat against the periosteal cortex, occluding periosteal capillary blood supply and causing cortical necrosis or delayed bone union. Our ICP plate features sculpted longitudinal scallops along the shaft underside. Because the locking screw heads thread securely into the plate holes, the plate does not need to be forced directly against the bone cortex to achieve stability. This maintains vital blood supply, reduces cortical porosity beneath the plate, and dramatically accelerates secondary fracture callus maturation.

The implant is delivered with a complete dedicated instrumentation set contained in an anodized aluminum sterilization box. The kit includes: anatomical carbon-fiber radiolucent aiming guides for percutaneous minimally invasive surgical (MIS) insertion, threaded drill guide sleeves, self-centering bone reduction forceps, calibrate cannulated drill bits, solid depth measurement gauges, quick-coupling hexalobular screwdrivers, and calibrated torque-limiting screwdrivers (4.0 Nm) to prevent screw head over-torquing and ensure secure lock threading.

Yes. Founded in 2009 with over 300 skilled employees and 100 dedicated technical engineers, ZATH is one of China's most trusted OEM/ODM orthopedic partners. We offer comprehensive customization including custom plate contours, hole configuration variations, distributor laser-engraved logos, specialized packaging box design, customized barcoding, and full regulatory dossier preparation (ISO 13485, CE documentation, and Certificate of Free Sale) to ensure successful tender bids.

Standard inventory items are dispatched within 24 to 48 hours following PO confirmation. Custom OEM/ODM runs typically require 4 to 6 weeks depending on volume and finishing specifications. International express shipments are routed via DHL, FedEx, TNT, UPS, or air freight, delivering to major global hospital hubs in 4 to 6 business days with full cold-chain or secure dry-pack tracking.