Custom Titanium Alloy CNC Machined Flange Sleeve with Complex Bore and Side Holes

Custom Titanium Alloy CNC Machined Flange Sleeve

This custom titanium alloy flange sleeve is manufactured using advanced CNC turning and milling processes. Designed with a complex cylindrical structure, the component features a precision inner bore, multiple stepped outer diameters, flange mounting surfaces, and accurately positioned side holes.

Manufactured from premium Titanium Alloy Grade 5 (Ti-6Al-4V), this component combines excellent strength-to-weight ratio, corrosion resistance, and mechanical stability. It is suitable for industrial equipment and precision mechanical assemblies that require lightweight construction and reliable performance.

Our CNC machining capabilities allow us to produce complex geometries with high dimensional accuracy. By combining precision turning, multi-axis milling, and customized machining strategies, we can achieve accurate hole positioning, concentric cylindrical surfaces, and consistent assembly dimensions.

In addition to Titanium Grade 5, we support a wide range of engineering materials, including aluminum alloy, brass, stainless steel, and special alloys. All components can be customized according to customer drawings, CAD files, or physical samples.

Specification Table

Note: Dimensions are illustrative estimates based on the product concept. Final specifications and tolerances are subject to customer drawings and technical requirements.

Machining Features

1. Complex Multi-Step Outer Diameter

Precision CNC turning creates multiple diameter sections and stepped cylindrical profiles, ensuring accurate positioning and compatibility with connected components.

2. Precision Inner Bore Machining

The inner bore is machined to achieve the required diameter, concentricity, and surface finish for reliable fitting and assembly.

3. Multi-Position Side Hole Machining

Accurate milling and drilling operations produce side holes and complex openings according to specified positions and dimensions.

4. Flange and Mounting Structure

The integrated flange structure provides mounting surfaces and supports stable mechanical connections.

5. Advanced Titanium Machining

Optimized cutting parameters and tool paths help control cutting heat, tool wear, burr formation, and dimensional deformation during titanium alloy machining.

Product Advantages

• High Strength-to-Weight Ratio: Titanium Grade 5 provides excellent mechanical strength while helping reduce overall component weight.

• Excellent Corrosion Resistance: Suitable for demanding environments involving moisture and various corrosive conditions.

• Precision Assembly: Accurate bore dimensions, concentricity, and hole positioning support reliable component integration.

• Complex Geometry Capability: Combined CNC turning and milling processes enable the production of multi-feature components in one customized machining solution.

• Consistent Manufacturing Quality: Controlled machining procedures and dimensional inspection help maintain repeatability between production batches.

• Custom Manufacturing: Dimensions, hole positions, flange structures, and material options can be customized according to technical drawings.

Available Material Options

Besides Titanium Grade 5, we can manufacture similar precision components using:

FAQ

Q1: Can you manufacture this titanium flange sleeve according to our drawings?

Yes. We provide custom CNC machining services based on 2D drawings, 3D CAD files, STEP files, or physical samples.

Q2: Can you machine the complex inner bore and side holes in one component?

Yes. Our CNC turning and multi-axis milling capabilities support complex inner bores, stepped diameters, side holes, and integrated flange structures.

Q3: What materials are available besides Titanium Grade 5?

We also support aluminum alloys, brass, stainless steel, and selected special alloys according to the component's application requirements.

Q4: What machining tolerance can you achieve?

Our precision machining capability can reach ±0.005 mm for suitable features and machining conditions. The achievable tolerance is evaluated according to the drawing, material, geometry, and inspection requirements.

Q5: What surface finishing options are available?

Available options include polishing, brushing, and bead blasting. Other surface treatments can be evaluated according to the material and application.

Q6: What is your typical production lead time?

Sample production and delivery typically take 7–15 days, depending on component complexity and order requirements. Mass production lead time is confirmed according to quantity and machining schedule.