Precision CNC Machining Parts Supplier for Aerospace & Defense

CNC machining is commonly used with alloy steels, stainless steels, aluminum, titanium, nickel-based alloys, brass, copper, and many other metals. The best choice depends on the part’s strength, corrosion resistance, temperature exposure, weight, machinability, and certification requirements. For critical applications, material grade, melt practice, heat treatment, and required test documentation should be defined before machining begins.

Provide a dimensioned drawing or CAD model, material grade, quantity, tolerances, surface-finish needs, and any required certifications or testing. It is also helpful to identify whether you need supplied material, customer-furnished material, saw cutting, heat treatment, or near-net-shape machining. Clear delivery timing and packaging requirements allow the team to evaluate sourcing and processing needs accurately.

Yes. Aero-Vac’s in-house saw cutting department processes both company inventory and customer-supplied material. For machining-related requests, provide the material grade, available dimensions, condition, traceability documentation, and required finished-part specifications. Reviewing those details early helps determine whether the supplied stock is suitable for the requested geometry, tolerances, and downstream testing or heat-treatment requirements.

Near-net-shape machining prepares material close to its final dimensions while leaving controlled stock for later finishing operations. This approach can reduce machining time, material waste, shipping weight, and the number of suppliers involved in a project. It is especially useful when buyers need material prepared for a subsequent manufacturing step rather than a fully finished component.

Yes. Aero-Vac offers independent third-party testing to confirm material conformance before shipment, including destructive and non-destructive methods. Testing requirements should be specified when requesting a quote so the appropriate method, documentation, sampling, and timing can be planned. This is useful for applications that require verification of chemistry, mechanical properties, internal soundness, or other specification-driven characteristics.

Aero-Vac provides thermal processing to bring material to the metallurgical condition called for by a customer’s specification. When volume or turnaround requirements make it appropriate, the company also partners with outside NADCAP heat treaters. Specify the alloy, required condition, governing specification, and documentation needs so heat-treatment coordination can be aligned with the machining and delivery plan.

Machining is custom priced because cost is driven by material type and availability, starting dimensions, part geometry, tolerance requirements, quantity, setup time, processing steps, testing, heat treatment, and delivery timing. Providing complete drawings and specifications helps avoid assumptions and supports a more accurate quote. Orders may range from small quantities to larger requirements, depending on the project.

Yes. Aero-Vac has experienced exporters and ships to locations worldwide. International orders should identify the destination, shipping preference, required paperwork, material documentation, and any applicable import or export considerations early in the quoting process. This allows the team to coordinate the appropriate packaging, records, and delivery planning for the order’s destination and requirements.