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| Brand Name: | Vigorous |
| Moq: | 1 Piece |
| Price: | Negotiable |
| Payment Terms: | T/T,L/C |
| Supply Ability: | 500–2000 pcs/month |
This custom CNC machined bone plate component is designed for medical CNC machining and orthopedic device development. The product range includes locking plate, compression plate and anatomical plate structures for femur, tibia and humerus applications. Complex contours, countersunk holes, threaded holes and anatomical profiles are produced through precision CNC machining and multi-axis processing.
Aluminum alloy can be used for customer-specified prototypes, engineering components and development applications. Material and technical requirements can be customized according to the engineering drawing.
| Product Information | Custom Specification |
|---|---|
| Product Type | Custom Medical CNC Bone Plate Component |
| Material | Aluminum Alloy |
| Machining Process | CNC Milling + 3-Axis / 5-Axis Machining |
| Plate Type | Locking Plate / Compression Plate / Anatomical Plate |
| Application Design | Femur / Tibia / Humerus |
| Key Features | Threaded Holes, Countersunk Holes & Anatomical Contours |
| Dimensional Tolerance | According to Customer Drawing |
| Surface Finish | Fine CNC Machined Surface |
| Edge Treatment | Chamfering & Deburring |
| Production | Prototype / Small Batch / Repeat Production |
| Customization | 2D Drawing / 3D CAD / Sample |
| Inspection | In-Process & Final Inspection |
The bone plate structures feature thin curved profiles with multiple precision holes arranged along the plate body. Different plate geometries can be developed for femur, tibia and humerus applications according to customer designs.
The machining challenge comes from maintaining the relationship between the plate contour, hole positions, countersunk areas and curved surfaces while keeping the thin component stable during machining.
5-axis CNC machining can be used for complex contours, angled surfaces and multi-directional features. Precision milling is applied to the plate profile and functional areas, while drilling, boring, threading and countersinking are used for the various hole structures.
The typical CNC machining workflow includes:
Material Preparation → CNC Rough Milling → 5-Axis Contour Machining → Precision Hole Machining → Threading → Countersinking → Fine Milling → Chamfering & Deburring → Final Inspection
Curved plate profiles can be CNC machined according to customer-supplied anatomical geometry and 3D CAD data.
Multiple holes require accurate diameter, depth and positional control to match the engineering design.
Threaded and locking-hole configurations can be machined according to the customer's specified geometry and dimensions.
Countersunk areas are precisely machined to create controlled seating surfaces around designated holes.
The relatively thin plate structure requires suitable workholding, tool selection and machining parameters to control deformation during production.
This type of custom CNC component can be developed for:
For precision medical CNC components, inspection focuses on the features that directly affect fit, positioning and assembly.
Inspection areas include:
Inspection requirements can be defined according to the customer's drawings and quality specifications.
We manufacture custom medical CNC components from:
2D Engineering Drawings | 3D CAD Models | STEP Files | Physical Samples
Before production, the machining structure can be reviewed for tool access, thin-wall stability, hole machining and 5-axis processing requirements.
Yes. We can manufacture custom plate-shaped medical components according to customer drawings, 3D CAD models or samples.
Yes. Locking-hole, compression-hole, countersunk and other specified hole structures can be CNC machined according to the drawing.
Yes. Different anatomical profiles can be manufactured from customer-supplied CAD data and engineering drawings.
Yes. 5-axis machining is suitable for curved profiles, angled surfaces and complex contours found in customized medical components.
Yes. Threading, tapping, countersinking, drilling and precision milling can be combined according to the required design.
Yes. Prototype, development and small-batch CNC production are available.
Please send your 2D drawing or 3D CAD model, material specification, quantity and surface requirements for engineering review and quotation.
