Explore our export-certified trauma locking compression plates, micro/mini fracture fixators, specialized cannulated screws, and arthroplasty instrumentation engineered for maximum anatomical conformity and load distribution.
Low-profile 1.5mm/2.0mm/2.4mm titanium plates engineered for complex metacarpal and phalangeal comminuted fractures with minimal soft tissue gliding interference.
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Trocar and diamond-tipped high-tensile titanium osteotomy pins, offering superior elastic recoil and biocompatibility for skeletal traction and temporary reduction.
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Anatomical volar tilt distal radius locking plates featuring multi-directional styloid buttressing and subchondral raft support for intra-articular fractures.
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Comprehensive autoclaved surgical tray equipped with calibrated guide wire sleeves, depth gauges, cannulated countersinks, and precision quick-connect tap drivers.
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Heavy-duty medical-grade stainless steel hip arthroplasty kit including calibrated acetabular reamers, offset femoral broach handles, and trial femoral heads.
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Pre-contoured anatomical plateau fixation plates designed to prevent varus collapse and support medial condylar shear fractures with angular stable locking screws.
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Modular impaction and positioning alignment guides ensuring accurate anteversion and inclination angles during primary and revision press-fit acetabular cup seating.
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Multi-arm titanium patellar claw offering dynamic multi-point grasp fixation for comminuted kneecap fractures, eliminating wire migration risks associated with cerclage.
View SpecificationsThe global fracture fixation market is experiencing a profound paradigm shift. As healthcare systems grapple with aging demographics and increasing polytrauma prevalence, distributors require high-precision internal fixators backed by robust supply chain resilience and unquestionable regulatory clearances.
The global incidence of osteoporotic fractures—particularly proximal humerus, distal radius, and pertrochanteric fractures—is projected to surge by 310% globally by 2050. Conventional non-locking plates experience catastrophic screw pullout in poor-quality cancellous bone. Our variable-angle locked osteosynthesis constructs provide fixed-angle stability that eliminates the dependency on bone-plate friction, mitigating secondary loss of reduction.
Osteoporotic Subchondral SupportNational healthcare procurement systems (such as Volume-Based Procurement in APAC, NHS tender frameworks in the UK, and private hospital consortiums in LATAM) have squeezed distributor margins. ZATH operates a direct-from-manufacturer export model. By cutting out multi-tiered intermediaries, we deliver tier-1 quality plates and screws at cost points that preserve distributor viability while fulfilling hospital tender metrics.
Disruptive TCO EconomicsRecent geopolitical and raw-material shocks highlighted the vulnerability of single-source manufacturing. Operating from our state-of-the-art facility in Zhongguancun Science Park (Beijing), ZATH maintains extensive inventories of certified medical-grade titanium and cobalt-chromium billets, guaranteeing stable international fulfillment schedules across Europe, the Middle East, Southeast Asia, and South America.
Guaranteed Inventory ReserveThe biomechanical success of internal fixation hinges on precise strain distribution, physiological modulus matching, and fatigue endurance. Our bone plates and screws are engineered using rigorous Finite Element Analysis (FEA) to eliminate stress-shielding risks while sustaining full cyclic physiological loads during early functional rehabilitation.
| Biomechanical Attribute | Ti-6Al-4V ELI (Grade 23 / ISO 5832-3) | Medical 316L VM (ISO 5832-1) | Clinical Advantage for Surgeons |
|---|---|---|---|
| Young's Modulus (Elasticity) | 110 GPa (Closer to cortical bone ~18 GPa) | 200 GPa (High stiffness construct) | Reduces stress shielding, stimulates secondary callus mineralization via biological strain. |
| Yield Strength (Rp 0.2) | ≥ 795 MPa | ≥ 690 MPa | Prevents permanent plastic deformation and plate bending under sudden patient loading. |
| Fatigue Limit (Cyclic Bending) | > 10&sup7; cycles at 550 MPa | > 10&sup7; cycles at 420 MPa | Exceptional resistance to plate fatigue fracture in delayed unions and non-union cases. |
| Corrosion Resistance & Passivation | Type II Anodized TiO² protective layer | Passivated chromium oxide film | Virtually bioinert, eliminates metallic ion leaching, minimizes foreign body peri-implant reaction. |
| Cold-Welding Resistance | Proprietary differential surface hardness | High precision thread milling | Guarantees effortless screw removal during secondary surgery, zero screwhead stripping. |
Our Locking Compression Plate (LCP) design integrates dynamic compression unit (DCU) oval geometry with conical threaded locking holes. This dual-functionality allows surgeons to achieve interfragmentary dynamic compression followed by rigid angular-stable locked fixation in a single implant construct without compromising anatomical position.
Hybrid Fixation VersatilityConventional plating crushes the periosteal microvascular network against cortical bone, precipitating cortical necrosis and delayed union. ZATH plate geometries incorporate scalloped undercuts that diminish bone-plate contact area by up to 60%, safeguarding periosteal vascularity and accelerating bone callus consolidation.
Periosteal Blood-Flow PreservationOur cortical, cancellous, and locking screws feature self-tapping cutting flutes with differential thread pitches. Symmetrical buttress profiles optimize shear stress transfer into bone trabeculae, substantially elevating axial pullout resistance ($F_p$) and preventing stripping during rapid surgical power insertion.
Enhanced Axial Pullout ForceFrom emergency polytrauma stabilization to delicate intra-articular joint reconstructions, our implants are designed to facilitate streamlined surgical workflows, minimize soft tissue dissection, and accommodate diverse patient anatomies across global populations.
Minimally Invasive Percutaneous Plate Osteosynthesis (MIPPO) limits surgical trauma. Our distal femur, proximal tibia, and humeral shaft plates incorporate beveled tips that slide smoothly through submuscular tunnels without impinging on neurovascular structures.
Submuscular Insertion ReadyArticular fractures (distal radius DVR, tibial plateau, distal humerus) require anatomical reduction and absolute stability. Multi-hole subchondral screw clusters act as an internal scaffold, preventing secondary joint depression and post-traumatic osteoarthritis.
Subchondral Raft StabilityIn life-threatening multiple fractures, quick stabilization is paramount. Our standardized screwhead drives (StarDrive/Torx) and color-coded instrumentation shorten operating theater time, allowing rapid conversion from external fixation to definitive locked plating.
Rapid OR TurnaroundFractures of the metacarpals, phalanges, clavicle, and fibula demand ultra-low profiles to eliminate tendon adhesion and skin tenting. Our 1.5/2.0/2.4/2.7mm micro and mini locking systems feature completely flush screw seating with smooth contouring.
Ultra-Low Soft-Tissue FrictionEvery ZATH bone plate and screw is manufactured inside our integrated Beijing facility under rigorous ISO 13485:2016 governance. Our end-to-end clean production infrastructure guarantees that every exported batch fulfills the world's most exacting surgical and metrological benchmarks.
100% of titanium alloy (Ti-6Al-4V ELI) and stainless steel bar stock is sourced with chemical composition and tensile mill test certificates, verified via optical spectrometry prior to CNC chucking.
Ultra-precision sliding headstock Citizen and DMG Mori multi-axis turning and milling machines shape plate contours, thread profiles, and screw drives with repeatable sub-micron tolerances (±5 μm).
High-energy centrifugal barrel finishing and electrochemical polishing remove all microscopic machining burrs, eliminating stress-concentration notches and maximizing fatigue life under dynamic bending.
Standardized chemical passivation (ASTM F86) and AMS 2488 Type II titanium anodization generate a dense, bioinert oxide film that dramatically improves surface hardness and completely prevents galling.
Every critical batch dimension—including pitch angle, thread flank depth, and locking taper runout—is verified against 3D CAD models using automated Coordinate Measuring Machines and laser vision systems.
Cleaned through ultrasonic multi-stage de-ionized water baths, implants are sealed into double-sterile Tyvek-PETG blister packaging within an ISO 14644-1 Class 7 cleanroom, ready for immediate OR deployment.
Navigating global medical device regulations requires uncompromising documentation. ZATH provides international distributors with end-to-end technical documentation dossiers, clinical evaluation summaries, and quality system certificates to streamline local Ministry of Health approvals.
Our quality management system is audited and certified by international notified bodies for the design, machining, cleanroom packaging, and supply of active and non-active orthopedic trauma, joint, and spinal implants.
Audited Quality InfrastructureTechnical Documentation conforms to EU MDR Class IIb trauma specifications. Complete with Biocompatibility (ISO 10993 series), Clinical Evaluation Reports (CER), and Post-Market Clinical Follow-Up (PMCF) plans.
European Market ClearanceValidated sterile barrier system provides an audited Sterility Assurance Level (SAL) of 10-6 via Ethylene Oxide (ISO 11135) or Gamma Irradiation (ISO 11137), establishing a validated 5-year shelf-life stability.
Validated 5-Year Shelf LifeAs orthopedic surgery converges with additive manufacturing and digital bio-engineering, ZATH is pioneering breakthrough technologies to transition internal fixation from passive mechanical splints to active bio-integrative solutions.
Leveraging Electron Beam Melting (EBM) and Direct Metal Laser Sintering (DMLS), we are developing patient-matched reconstruction plates featuring porous trabecular lattices (60-70% porosity, 300-500 μm pore size) that encourage bone ingrowth directly into the implant matrix for massive segmental defects.
Additive Trabecular IngrowthEliminating secondary surgeries for hardware removal is a major clinical goal, particularly in pediatric trauma and craniomaxillofacial repair. Our R&D pipeline includes high-purity magnesium-zinc-calcium alloys that degrade progressively in vivo, converting harmlessly into natural hydroxyapatite while bone unifies.
Zero Secondary Hardware RemovalIntegrating miniature passive RFID strain transducers inside the neutral axis of bone plates will allow clinicians to quantitatively monitor fracture healing kinetics and mechanical stiffness in real time via non-invasive wireless telemetry, providing data-driven protocols for early weight-bearing.
Real-Time Union TelemetryIn-depth responses to the technical, biomechanical, and supply chain queries raised most frequently by hospital purchasing boards, medical distributors, and regulatory compliance teams.
Explore the second tier of our comprehensive orthopedic export portfolio, including tibial and acetabular arthroplasty components, limited-contact tibia trauma plates, sports medicine suture anchors, proximal ulna fixators, and minimally invasive endoscopic spine surgery kits.
Ultra-High Molecular Weight Polyethylene (UHMWPE) tibial articulating inserts providing ultra-low wear rates and stable joint kinematics for primary total knee replacement.
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Additive manufactured custom trabecular titanium augments and revision acetabular cages engineered to bridge Paprosky Type II/III massive pelvic bone loss.
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Scalloped limited-contact undersurface diaphyseal plates reducing cortical vascular devascularization, engineered for simple, comminuted, and spiral tibial fractures.
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High-strength knotless soft-tissue reattachment anchors preloaded with ultra-high molecular weight braided suture, designed for arthroscopic shoulder and labral repair.
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Dual-mobility self-centering hemiarthroplasty head assemblies providing exceptional range of motion and dislocation resistance in geriatric femoral neck fractures.
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Anatomically pre-shaped olecranon and coronoid process fixation plates providing multi-planar locking vector trajectories for Monteggia lesions and complex elbow dislocations.
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Self-tapping titanium cancellous screws engineered with spherical screwheads for low-profile seating within acetabular cup dome holes, ensuring supreme pelvic purchase.
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Complete UBE instrument kit tailored for minimally invasive spinal decompression, including high-flow continuous irrigation sheaths, radiofrequency probes, and micro-curettes.
View SpecificationsGain access to ISO 13485-certified internal fixation plates, trauma screws, arthroplasty systems, and surgical instrument sets with direct manufacturer pricing and comprehensive national dossier registration support.
