Explore our factory-promoted orthopedic internal fixation systems, precision-machined bone screws, and specialized reconstruction instruments engineered for global surgical institutions and distribution networks.
Distal radius fractures constitute approximately 17% of all emergency adult skeletal injuries globally. The biomechanical transition from non-bridging external pins and dorsal buttress plates toward anatomically pre-contoured volar locking compression plates (VLP) has revolutionized wrist traumatology.
As a leading Chinese orthopedic engineering enterprise headquartered within Beijing’s Zhongguancun Science and Technology Park, ZATH has redefined volar plate topography. By integrating low-profile tapered distal margins with precise multi-axial locking trajectory matrices, our distal radius systems achieve absolute rigid fixation while proactively safeguarding soft tissue structures.
Finite Element Analysis (FEA) demonstrates that our cold-worked Titanium Grade 5 (Ti-6Al-4V ELI) constructs withstand dynamic cyclic axial loads exceeding 1,200 N without plastic deformation, while dissipating strain across the shaft combi-holes.
| Biomechanic Parameter | Clinical Standard | ZATH Volar System |
|---|---|---|
| Yield Strength (Rp0.2) | ≥ 795 MPa | ≥ 920 MPa |
| Distal Profile Thickness | 2.0 mm - 2.4 mm | 1.5 mm Tapered |
| Locking Screw Multi-angle | ± 10° Cone | ± 15° Polyaxial |
| Fatigue Endurance Cycle | 1.0 × 10^6 cycles | 2.5 × 10^6 (Zero Fail) |
By harmonizing state-of-the-art CNC machining arrays, comprehensive in-house quality assurance, and direct integrated metallurgy, Chinese precision exporters deliver uncompromised medical implant reliability.
Our Beijing manufacturing hub deploys multi-axis DMG MORI and Citizen Swiss-type lathes. Raw titanium bar stocks are processed with extreme geometrical accuracy, yielding tolerances within ±0.005 mm for screw hole threading and smooth radiused edges that minimize soft-tissue friction.
Every batch undergoes strict 6-stage quality verification: chemical raw-material spectrometry, optical CMM coordinate verification, ultrasonic micro-crack detection, surface roughness electropolish indexing, cleanroom bio-burden validation, and ISO 11607 compliant sterile barrier packaging.
We empower regional distributors with full regulatory technical files, including ASTM F136 material test certificates, CE declarations, FDA 510(k)-ready bio-compatibility reports (ISO 10993), Free Sale Certificates (FSC), and clinical biomechanical validation dossiers for smooth national health ministry approvals.
Standard promotional configurations engineered for high-throughput orthopedic trauma departments, surgical centers, and regional bidding tenders. Custom hole counts and anodized color variations available under OEM/ODM contracts.
| System Code | Anatomical Configuration | Screw System (Distal / Shaft) | Profile Thickness | Length & Head Width | Clinical Indication |
|---|---|---|---|---|---|
| ZATH-DRP-V24 | Volar Extra-Articular T-Plate | 2.4 mm Locking / 2.7 mm Cortex | 1.8 mm Tapered | 3 - 5 Shaft Holes (48-68 mm) | AO 23-A2, A3 Metaphyseal Fractures |
| ZATH-DRP-VA24 | Volar Columnar Variable-Angle LCP | 2.4 mm Polyaxial Lock (±15°) | 1.6 mm Ultra-low | 3 - 7 Holes (Head 22-26 mm) | AO 23-C1, C2 Intra-Articular Split |
| ZATH-DRP-DVR | DVR Double-Column Volar Buttress | 2.4 mm Locking Peg / 3.5 mm Cortical | 2.0 mm Anatomical | 4 - 8 Shaft Holes (58-92 mm) | AO 23-C3 High-Energy Comminuted |
| ZATH-DRP-DOR | Dorsal Radial Column Buttress Plate | 2.4 mm Locking / 2.7 mm Low Profile | 1.5 mm Chamfered | 3 - 6 Holes (Radial / Intermediate) | Dorsal Rim Fractures & Listers Tubercle |
| ZATH-DRP-RIM | Volar Marginal Rim Fragment Plate | 2.0 mm / 2.4 mm Variable Pegs | 1.2 mm Micro-profile | Specialized Hook & Peg Configuration | Volar Lip Avulsions & Carpal Subluxation |
Orthopedic traumatology is evolving rapidly toward reduced surgical trauma, zero implant impingement, and smarter intraoperative versatility.
Moving beyond conventional fixed-angle systems, 2.4 mm variable-angle locking holes enable surgeons to adjust screw trajectory within a 30-degree cone. This allows precise intra-fragment targeting, avoidance of adjacent articular surfaces, and secure anchoring in diverse fragment geometries.
Tenosynovitis and delayed extensor/flexor tendon rupture remain the leading complications of distal radius fixation. Next-gen plates feature electro-buffed chamfered perimeter borders and recessed screw head pockets that eliminate prominent hardware irritation under the pronator quadratus.
With global life expectancy increasing, low-energy osteoporotic distal radius fractures represent over 60% of cases. Double-row locking pegs create an interlocking subchondral lattice that prevents late secondary loss of reduction, dorsal tilt recurrence, and articular subsidence.
Modern surgical suites demand lean operational logistics. Our upper limb instrument sets integrate self-retaining Stardrive (T8/T10) screwdrivers, quick-coupling depth gauges, calibrated drill guides, and threaded reduction towers into a single compact autoclavable container.
From routine metaphyseal stabilization to complex reconstructive osteotomies, our distal radius locking solutions adapt to demanding surgical realities.
Characterized by complete metaphyseal disruption with dorsal or volar comminution. Our volar plates provide stable bridge plating across the fracture zone, restoring radial inclination (normal 21-25°), volar tilt (normal 11-12°), and radial height without requiring extensive dorsal soft-tissue stripping.
High-energy traffic collisions and sports trauma frequently shatter both radial styloid and lunate facet fragments. Utilizing the multi-column design, independent variable-angle screws grasp isolated coronal fragments, securing the articular surface and preventing post-traumatic radiocarpal osteoarthritis.
In cases of symptomatic malunion resulting in wrist deformity, chronic pain, and decreased grip strength, our anatomically accurate plates serve as rigid fixation templates following dorsal or volar open-wedge osteotomy and structural bone grafting, rapidly restoring anatomical wrist alignment.
Navigating rising healthcare costs, strict MDR compliance, and supply chain unpredictability requires a robust factory-direct manufacturing partner.
Modern healthcare providers face intense margin pressures. Traditional OEM brand pricing models create unsustainable procurement barriers for regional public tenders and private hospital networks. ZATH eliminates multi-tier broker markups by supplying directly from our Beijing production facility.
Looking to launch an orthopedic implant brand in your domestic territory? Our contract manufacturing division supports full turn-key customization:
Detailed answers addressing engineering metallurgy, regulatory certifications, international shipping logistics, and surgical safety protocols.
We use premium medical-grade Titanium-6Aluminum-4Vanadium Extra Low Interstitial (Ti-6Al-4V ELI) alloy conforming strictly to ASTM F136 and ISO 5832-3 standards. This material delivers optimal tensile strength, high fatigue endurance, superior fracture toughness, and MRI compatibility.
The distal margin is engineered with an anatomical chamfered lip positioned strictly proximal to the transverse volar rim ("Watershed line"). Combined with countersunk screw recess pockets, this low-profile configuration eliminates hardware protrusion and protects flexor tendons.
ZATH maintains an audited ISO 13485:2016 quality management system alongside CE certifications and Free Sale Certificates (FSC). We support overseas distributors with complete technical dossiers, including biocompatibility reports (ISO 10993), sterilization validation, and clinical evaluation files.
Yes. Every distal radius plate system is supported by dedicated, ergonomic instrument sets containing high-torque Stardrive screwdrivers, variable-angle drill sleeves, depth gauges, self-centering bone reduction forceps, and custom anodized sterilization cassettes.
Standard promotion catalog items are dispatched from our Beijing warehouse within 48 to 72 hours. We ship via express air freight (DHL, FedEx, UPS, TNT), ensuring arrival at international destination airports within 4 to 6 business days under complete cold-chain or secure dry-pack protocols.
Yes. Our factory provides end-to-end OEM/ODM services, including high-precision laser marking of distributor logos, customized screw head geometries, modified plate lengths, regional language sterile packaging, and certified blister sealing in Class 100,000 cleanrooms.
Complement your trauma inventory with our full range of spine fusion devices, sports medicine suture anchors, specialized intramedullary solutions, and precision orthopedic instrument sets.
Connect with ZATH’s clinical engineering division to request the full Distal Radius Plate Promotion Price List, sterile sample evaluation units, and regional distribution authorization.