Titanium Machining Services | AS9100 5-Axis CNC Finishing

ForceBeyond provides Tier-1.5 integrated machining solutions, specializing in the complex finishing of titanium alloy components. By co-owning and operating 5-axis CNC centers alongside our Titanium Casting and Titanium Forging hubs, we eliminate the “Multi-Vendor Gap.” We manage the entire lifecycle—from initial melt to final micron-level tolerance—ensuring 100% metallurgical integrity and AS9100 compliance.

Global Machining Operations & Strategic Logistics Hubs

USA HQTaiwanSouth Korea
Role: 5-Axis Finishing & Final QARole: Integrated Forging/High-Volume CNC MachiningRole: Integrated Forging/Machining
Certification: ISO9001 / ITARCertification: AS9100Certification: AS9100

Machined-Titanium-Parts-5-Axis-Milling-Titanium-Blade-for-Aircraft-Engines

Technical Machining Specifications & Tolerances

ParameterSpecification / CapabilityIndustry Application
Equipment5-Axis Simultaneous Milling & Turn-MillComplex Aero-Engine Blisks
Precision Tolerance±0.0002 inches (0.005 mm)Medical Implants & Bearings
Surface FinishRa 0.4 µm to Ra 3.2 µmHigh-Cycle Fatigue Components
Max Part SizeUp to 1,500 mm (X-Axis)Structural Airframe Spars
Secondary OpsAnodizing (Type II/III) & EDMReady-to-Assemble Hardware

Common Machined Components & Applications

  • Aerospace Structures: Wing spars, bulkheads, and engine mounts from Ti-6Al-4V.
  • Propulsion Hardware: Shrouded impellers and blisks (bladed disks) requiring 5-axis simultaneous paths.
  • Medical Implants: Bone screws, dental plates, and joint replacements (Ti-6Al-4V ELI).
  • Defense & Marine: Deep-sea pressure housings and non-magnetic valve manifolds.

The ForceBeyond Advantage: Cast-to-Finish Integration

Unlike standalone machine shops, our Tier-1.5 model offers Single-Source Accountability:

  1. Reduced Lead Times: By machining in the same network where we cast/forge, we save 4–6 weeks in transit and setup.
  2. DFM Expertise: Our engineers design the casting/forging to minimize the “Buy-to-Fly” ratio before the first chip is ever cut.
  3. Full Traceability: An unbroken chain of custody from the titanium sponge to the final inspected part.

Multi-Process Optimization: The Tier-1.5 Loop

The Machining Hub serves as the final quality gate for all ForceBeyond components. By linking our CNC centers directly to our co-owned foundries, we eliminate the supply-chain “Hand-off Risk” that typically occurs when moving parts between multiple vendors. This integrated loop ensures that the technical intent of the original forging or casting is preserved through the final micron of machining.

1. Aerospace Titanium Machining

Specializing in flight-critical propulsion and structural airframe components. We focus on AMS 4911 compliance, 5-axis precision, and ITAR-regulated data management for defense and commercial aviation.

2. Industrial Titanium Machining

Designed for the “Heavyweights” of the energy and chemical sectors. We provide large-envelope machining (up to 80″) for pump housings, valve bodies, and desalination components, with a focus on ASTM B367 seal integrity.

3. Near-Net-Shape (NNS) Titanium Machining

The ultimate cost-optimization strategy. We use specialized probing and “skin-cut” toolpaths to finish NNS forgings and castings, reducing your CNC cycle times by 30% to 45% and minimizing material waste.

Integrated Manufacturing: The Near-Net-Shape Advantage

As a Tier-1.5 provider, our machining strategy is dictated by the “Primary Process.” We don’t just “cut metal”—we optimize the finish based on the source material.

Starting MaterialMachining StrategyKey Benefit
Titanium ForgingsHigh-Volume RoughingOptimized grain flow preservation.
NNS Forged BlanksPrecision High-Speed Finishing30% reduction in CNC cycle time.
Investment CastingsThin-Wall Stabilization±0.005″ tolerances on 1.5mm walls.
Sand CastingsHeavy-Duty Facing & BoringSuperior seal-surface integrity.

FAQ: Titanium Machining Procurement

Q: Why is titanium more difficult to machine than stainless steel?
A: Titanium has low thermal conductivity, meaning heat stays at the cutting edge. We solve this using high-pressure through-spindle coolant (up to 1,000 PSI) and specialized carbide coatings to ensure tool longevity and part accuracy.

Do you offer secondary treatments like anodizing or passivating?
A: Yes. Our integrated hubs provide Type II and Type III anodizing, passivation, and ultrasonic cleaning as part of our “Ready-to-Assemble” delivery.

Request a Machining Quote

Transition from Raw Material to Flight-Ready Hardware.
Please provide the following for a Tier-1.5 technical review:

  • Final Part Prints: (Including GD&T requirements and surface finish specs)
  • Material Source: (Are you providing the material, or should we quote a Forged or Cast solution?)
  • Lead Time Requirements: (Ask about our “Express-Track” for AOG support)
  • Certification Needs: (e.g., AS9100, First Article Inspection – FAI, or Source Inspection)

 

Request for Quote

Sources

Our Internal Resources for Die Casting, Investment casting, Forging and Sand Casting