Scalable Titanium Production Capacity & Supply Chain Certainty
From high-mix low-volume medical prototypes to high-volume aerospace contract manufacturing. Armed with advanced multi-axis CNC machine clusters and 24/7 automated "lights-out" shifts, we deliver over 45,000 precision titanium components annually with guaranteed lead-time stability.
Read more Show less
Capacity & Throughput Metrics
Quantitative production capacity indicators — verified through ERP-driven data collection and presented for procurement engineering evaluation.
Total precision titanium component throughput across all production tiers — from prototype to high-volume serial production.
Aggregated multi-axis CNC machining operational capacity per month.
Fleet specialized exclusively in reactive and hard metal machining — Ti-6Al-4V, Grade 2, Grade 23, and nickel-cobalt superalloys.
Continuous automated pallet-changing operation with robotic workpiece loading, minimizing human downtime and maximizing OEE.
From Prototype to Mass Production
Three distinct production tiers engineered to match your program maturity.
| Production Tier | Typical Volume (Units) | Primary Technical Focus | Standard Lead Time |
|---|---|---|---|
| Prototyping & R&D | 1 – 10 pieces | Rapid CAD/CAM deployment, toolpath validation, geometric feasibility, material grade confirmation. | 3 – 7 Working Days |
| Low-Volume High-Mix (LVHM) | 11 – 500 pieces | Fixture optimization, cycle-time stabilization, early-stage CMM reporting, process qualification. | 2 – 3 Weeks |
| High-Volume Mass Production | 500 – 5,000+ pieces | Automated Swiss turning, multi-pallet continuous milling, rigid SPC control, milestone delivery. | 4 – 6 Weeks (Milestone Delivery Available) |
Production Resilience & Inventory Redundancy
Multi-layered risk mitigation strategies designed to guarantee on-time delivery.
Raw Material Security & Strategic Stock
Maintained through long-term strategic partnerships with tier-1 titanium mills. Our warehouse carries strategic safety stock of Grade 5, Grade 23, and Grade 2.
Machinery Redundancy & Zero-Downtime Switchover
Every critical machine specification is backed by redundant sister machines within our fleet. Production programs can be transferred within 2 hours with zero impact to the critical delivery path.
Max machine switchover time for critical path programs
Raw material safety stock coverage for Grade 5 / Grade 23
On-time delivery performance across all production tiers (TTM 2025)
Procurement-Focused Q&A
Strategic answers to the procurement questions that matter most when evaluating a high-volume titanium machining partner.
What is BOZE's typical lead time for high-volume titanium production orders (5,000+ pcs)?
For established production programs with released tooling and qualified inspection protocols, standard lead time is 4–6 weeks from confirmed purchase order to first shipment. This includes material procurement (Grade 5, Grade 23, Grade 2), batch setup on multi-spindle machines, first-article inspection per AS9102, and staged delivery scheduling. Expedited lead times of 2–3 weeks are available for strategic programs through our fast-track manufacturing cell, which reserves dedicated spindle capacity for qualified production programs. Lead time guarantees are contractually committed through our supply assurance program.
How does BOZE ensure production continuity during supply chain disruptions?
Through a three-layer resilience architecture: (1) Redundant spindle capacity — our machine park operates at 70% utilization as standard, leaving 30% surge capacity for emergency demand spikes or unscheduled downtime recovery; (2) Multi-region material sourcing — each production-critical titanium grade has at least two qualified mill sources across different geographic regions; (3) Inventory buffer — we carry 8–12 weeks of forecasted Grade 5, Grade 23, and Grade 2 inventory, allowing production to continue uninterrupted through all but the most severe supply chain events.
Can BOZE handle both prototype R&D and mass production under one roof?
Yes. Our production scaling matrix is designed specifically for programs that mature from concept to volume. Prototype and R&D orders (1–10 pcs) are managed by our dedicated engineering team with rapid CAM deployment and aggressive 3–7 day lead times. As the program validates and volumes increase, the same toolpaths, fixtures, and inspection programs migrate seamlessly into our low-volume high-mix (LVHM) cell and eventually into high-volume mass production — all under a single quality plan with no re-qualification required.
How do you guarantee raw material supply stability for long-term production programs?
Through three coordinated strategies: Strategic mill partnerships — we maintain long-term framework agreements with tier-1 titanium mills (including VSMPO-AVISMA, ATI Metals, and BaoTi Group), guaranteeing allocated production capacity and preferential pricing; Strategic inventory — our warehouse carries 8–12 weeks of forecasted demand for Grade 5, Grade 23, and Grade 2 in bar, plate, and billet forms, fully certified with EN 10204 3.1 MTRs; Alternative source qualification — we proactively qualify alternative mill sources for every program-critical grade, ensuring a qualified backup supply chain is ready before any disruption occurs.
Ready to discuss your production volume requirements?
Request Capacity AssessmentReady to Start Your Project?
Get an immediate engineering review and competitive pricing. Our AS9100D-certified team responds within 48 hours.
Request a Quote