Medical Bone Plate – Product Overview

This medical bone plate is engineered for orthopedic fixation applications where mechanical strength, biocompatibility, and dimensional precision are critical. Designed for use in fracture stabilization, the plate provides reliable structural support while maintaining compatibility with standard orthopedic screw systems.

Manufactured with strict process control, the bone plate is suitable for OEM medical device programs requiring consistent quality and regulatory-compliant materials.


Materials & Biocompatibility

Materials: High-quality stainless steel (SS) compliant with ISO 5832-1 and titanium (Ti) compliant with ISO 5832-2, offering excellent corrosion resistance, mechanical stability, and proven biocompatibility for orthopedic applications.

Both material options are widely used in implantable medical devices and support long-term clinical performance requirements.


Mechanical Compatibility

Compatible Screws: Supports screw diameters of 2.4 mm and 2.7 mm, ensuring compatibility with commonly used orthopedic fixation systems.

The plate geometry is designed to maintain secure screw engagement and stable fixation under physiological loading conditions.


Application Scope

Application: Intended for fixation at the distal metaphysis of the radius, providing stable support for fracture healing and alignment. The design is especially suitable for complex fracture patterns that require precise anatomical positioning and secure fixation.

The bone plate can be applied in trauma and reconstructive orthopedic procedures based on clinical requirements.


Manufacturing & Quality Control

Manufacturing Process: Precision CNC machining combined with controlled finishing processes to ensure dimensional accuracy and repeatability.

Quality Control: Each component undergoes dimensional inspection, surface quality evaluation, and process traceability in accordance with medical manufacturing standards.


Surface Treatment & Finishing

Surface Treatment: Polished or treated surfaces are available to reduce surface irregularities and improve handling during surgical procedures.

Custom surface finishes can be supported based on specific clinical or design requirements.


Customization & OEM Support

Customization: Custom geometries, hole configurations, thicknesses, and material options are available to support OEM orthopedic device development.

OEM Support: Engineering assistance is available during the design and validation phase, including manufacturability review and process optimization.


Typical Applications

  • Orthopedic trauma fixation

  • Distal radius fracture repair

  • Medical bone plate assemblies

  • OEM orthopedic implant components