The Arc-Shaped Locking Bone Plate is designed for orthopedic fixation applications where anatomical fit, dimensional accuracy, and stable locking performance are essential. Manufactured from medical-grade titanium materials, the plate features a pre-contoured arc profile that helps match curved or irregular bone surfaces while supporting reliable screw locking fixation. With CNC precision machining, smooth surface finishing, and customizable size options, this titanium bone plate is suitable for orthopedic implant procurement, OEM production, and drawing-based customization.
Key Features
Pre-contoured arc design for improved anatomical matching
Locking hole structure for angular stability
Available in pure titanium and titanium alloy materials
CNC-machined for consistent dimensional accuracy
Smooth edge finishing for better implant handling
Custom sizes, hole numbers, and plate profiles available
Suitable for OEM, ODM, and export medical implant supply
Submit your project details quickly and let our professional team provide tailored steel structure solutions
The Arc-Shaped Titanium Locking Bone Plate is a precision-manufactured orthopedic implant component developed for fixation of curved and irregular bone structures. Compared with standard straight plates, its arc-shaped profile is designed to better follow anatomical contours, helping surgeons achieve closer plate-to-bone contact in suitable clinical applications.
Made from medical-grade titanium materials, this locking bone plate combines strength, corrosion resistance, and biocompatibility-related material performance required for orthopedic implant manufacturing. It can be supplied in standard specifications or customized according to drawings, samples, and project requirements.
Our arc-shaped locking bone plates can be manufactured from medical titanium materials according to customer requirements and applicable standards.
| Material Option | Common Grade | Related Standard | Typical Use |
|---|---|---|---|
| Pure Titanium | TA2 / Grade 2 | ASTM F67 | Medical implant components requiring good corrosion resistance and biocompatibility-related material properties |
| Titanium Alloy | TC4 / Ti-6Al-4V | ASTM F136 / ISO 5832-3 | Orthopedic implant components requiring higher strength and stable mechanical performance |
Material selection can be adjusted according to product design, regulatory requirements, procurement standards, and customer drawings.
| Model | Plate Width | Plate Thickness | Length Range | Hole Number Range | Common Size Options |
|---|---|---|---|---|---|
| LCP-H-3.5 | 3.5 mm | 2.2–2.6 mm | 50–150 mm | 4–10 holes | 50 mm / 4 holes, 80 mm / 6 holes, 150 mm / 10 holes |
| LCP-H-4.0 | 4.0 mm | 2.5–2.9 mm | 60–180 mm | 5–11 holes | 60 mm / 5 holes, 120 mm / 8 holes, 180 mm / 11 holes |
| LCP-H-4.5 | 4.5 mm | 2.8–3.2 mm | 70–200 mm | 6–12 holes | 70 mm / 6 holes, 150 mm / 9 holes, 200 mm / 12 holes |
| LCP-H-5.0 | 5.0 mm | 3.0–3.4 mm | 80–220 mm | 7–13 holes | 80 mm / 7 holes, 180 mm / 11 holes, 220 mm / 13 holes |
Custom plate width, thickness, length, hole quantity, hole spacing, and arc profile can be produced according to customer drawings or samples.
The Arc-Shaped Locking Bone Plate is suitable for orthopedic implant applications involving curved or irregular bone fixation requirements. Depending on clinical design and product specification, it may be used in areas such as trauma orthopedics, hand and foot surgery, foot and ankle surgery, maxillofacial applications, and other orthopedic fixation systems.
Typical application directions include:
Clavicle and upper limb fixation systems
Hand, foot, and ankle fixation systems
Curved or irregular bone fixation designs
Maxillofacial implant component applications
OEM orthopedic implant manufacturing
Customized medical titanium implant development
Final application suitability should be evaluated according to clinical requirements, product design, and applicable regulatory standards.
Better Anatomical Matching
The pre-contoured arc design helps the plate follow curved bone surfaces more naturally than conventional straight plates. This design can reduce the need for excessive intraoperative shaping and improve the consistency of the plate profile.
Stable Locking Structure
The locking hole configuration allows compatible locking screws to engage with the plate structure, forming an angular stable fixation system. This design is especially useful for implant systems requiring stable screw-plate connection and controlled fixation performance.
Precision Titanium Manufacturing
Each plate is manufactured through controlled titanium processing, CNC machining, and surface finishing. Accurate hole positioning, smooth edges, and consistent dimensions help improve product reliability for orthopedic implant procurement and OEM supply.
Customizable for Different Surgical Systems
Different markets and orthopedic systems may require different plate lengths, hole quantities, hole angles, curvatures, and material grades. We support customization based on customer drawings, samples, and technical specifications.
Manufacturing Process
The production process can include material selection, vacuum melting material control, precision forging, CNC machining, hole processing, surface finishing, cleaning, inspection, and packaging according to customer requirements.
For medical implant projects, quality control can be arranged throughout raw material inspection, machining accuracy inspection, surface quality inspection, dimensional testing, and final product verification.
We focus on stable manufacturing quality and traceable production control for medical titanium implant components. Inspection items may include:
Material grade verification
Chemical composition review
Dimensional accuracy inspection
Hole position and thread inspection
Surface finish inspection
Edge smoothness inspection
Drawing-based tolerance checking
Packaging and shipment inspection
Inspection documentation and production records can be provided according to order requirements.
We support both standard specification supply and customized production for orthopedic implant buyers, medical device companies, and titanium implant distributors.
Customization options include:
Plate length
Plate width
Plate thickness
Hole number
Hole spacing
Arc curvature
Surface treatment
Titanium material grade
Left/right anatomical design
Drawing-based OEM production
Sample-based reverse development
If you have drawings, samples, or detailed technical requirements, our team can evaluate manufacturability and provide a suitable production solution.
What material is used for the Arc-Shaped Locking Bone Plate?
It can be manufactured from TA2 / Grade 2 pure titanium or TC4 / Ti-6Al-4V titanium alloy according to customer requirements.
Can the plate size be customized?
Yes. Plate width, thickness, length, hole quantity, hole spacing, and arc profile can be customized based on drawings or samples.
Is this product suitable for orthopedic implant applications?
Yes. It is designed as a titanium orthopedic implant component. Final suitability should be confirmed according to clinical use, product design, and applicable regulatory requirements.
Do you support OEM production?
Yes. We support OEM and ODM production for medical titanium implant components, including drawing-based and sample-based manufacturing.
What information is needed for a quotation?
Please provide material grade, plate size, hole number, drawings, quantity, surface requirements, packaging requirements, and any applicable standards.
Need a Custom Titanium Locking Bone Plate?
Send us your drawings, material requirements, and target specifications. Our team can provide technical evaluation, manufacturing support, and a customized quotation for your orthopedic titanium implant project.
We provide titanium plates, bars, wires, forgings, fittings, and custom precision components.
Yes, we support customized sizes, grades, machining, and surface treatments.
Our products are widely used in medical, industrial, aerospace, marine, and energy sectors.
Strict production control and comprehensive inspection ensure stable product quality.
Yes, sample development and small-batch production are available.
Delivery time depends on product specifications and order quantity.
Our products are exported to the United States, Germany, the United Kingdom, Australia, Japan, and many other countries.
Yes, we support OEM/ODM cooperation and welcome long-term strategic partnerships.
We use standard export packaging and can provide anti-rust, anti-shock, and customized packaging upon request.
You can contact us via email or inquiry form, and our team will quickly provide quotations and technical support.
Some medical-grade titanium materials meet relevant standards and can be used for orthopedic implant applications.
Get in touch with our team for product information, technical consultation, or customized solutions. Whether you need standard titanium products or special engineered components, we are ready to provide professional support and efficient communication.
We focus on fast response, reliable service, and long-term cooperation support, helping you move your projects forward with confidence and efficiency.
