Boze Titanium Manufacturing Center | Titanium Smart Manufacturing & Quality Assurance Hub

Shop-Floor-Proven Titanium Manufacturing Insights

Six manufacturing capabilities verified by workshop data, CMM inspection reports, and EN 10204 3.1 material traceability. Every claim is anchored to a real measurement, a real standard, and a real machine.

Read more
±0.005 mm 5-axis tolerance
(1.8+L/300) µm Zeiss CMM accuracy
≥ 70 bar HPC coolant
100% MTR EN 10204 3.1
5-Axis CNC Trochoidal Milling Zeiss PRISMO CMM EN 10204 3.1 EU PED 2014/68/EU AMS 2488 / 2489 AS9100D ISO 10360-2:2009

The Boze Titanium Manufacturing Insights Hub curates six shop-floor-proven capabilities \u2014 5-axis thermal-stress control (70+ bar through-tool coolant), trochoidal thin-wall milling (AlTiN/AlCrN PVD carbide), Zeiss PRISMO CMM geometric verification (ISO 10360-2 calibrated), EN 10204 3.1 material traceability with heat-number persistence, EU PED 2014/68/EU pressure-component welding, and Type II/III anodizing fatigue behavior. Every claim is anchored to a real workshop parameter, a real cited standard, and a real machine spec.

Procurement engineers and QA Managers in aerospace, medical, hydrofoil, racing, chemical, marine, and subsea sectors can open CMM and MTR sample evidence directly from the page and forward those samples to their qualification teams. The Hub's floating factory-audit drawer carries the selected capability context into /rfq/?part=audit|cmm-sample|mtr-sample so applications engineers respond with the right request from the first email.

Manufacturing Insights Hub

Titanium Smart Manufacturing & Quality Assurance Hub

Manufacturing Insights for Aerospace-Grade Titanium

Six shop-floor-proven manufacturing capabilities verified by workshop data, CMM inspection reports, and EN 10204 3.1 material traceability. Every claim is anchored to a real measurement, a real standard, and a real machine.

Schedule Virtual Factory AuditRequest CMM Sample Report

Live Capability & Quality Dashboard

Workshop parameters audited each production batch. All tolerances measured against the relevant ISO / ASTM / EN standard.

Filter manufacturing insights

Showing 6 manufacturing insights
/
Process Category
Quality Dimension
Application

Process & Technology

How we cut, chip-control, and anodize titanium on real shop floors.

Featured

Thermal Stress & Deformation Control in 5-Axis Grade 5 Milling

High-pressure through-tool coolant (70–150 bar) directly at the cutting zone keeps the cutting edge ~35% cooler, eliminating thermal drift on 200 mm+ aerospace structural frames.

Workshop Parameters
  • HPC pressure (through-tool)≥ 70 bar (peak 150 bar)
  • Cutting edge temperature−35% vs flood
  • Thermal drift budget≤ 0.005 mm / 200 mm
Recommended Equipment
  • 5-axis CNC (HSK63, through-tool prepped) — 8000 rpm spindle, 0.001° rotary axis
  • High-pressure coolant system — 70–150 bar, dual-stage filtration 5 µm
Aerospace & DefenseMotorsports & Racing
Featured

Trochoidal Milling for Thin-Wall Titanium Structures

Trochoidal tool paths with 5–8% radial engagement and 10–15° entering-angle cutters cut cutting forces 40–60% vs conventional milling, doubling axial depth-of-cut without chatter on 0.8–2.5 mm walls.

Workshop Parameters
  • Cutting force reduction−40 to −60%
  • Maximum axial DOC2 × tool diameter
  • Material removal rate50–80 cm³/min
Recommended Equipment
  • 5-axis CNC + trochoidal software — Mastercam Dynamic Motion or equivalent
  • High-feed end mill Ø6–12 mm — 10–15° entering angle, AlTiN coated
Aerospace & DefenseMotorsports & RacingMedical Implants
informational

Type II vs Type III Anodizing — Effect on Grade 5 Fatigue Life

Type II (0.5–3 µm, decorative) holds fatigue life to within 3% of bare Grade 5; Type III (5–25 µm, hard) trades color flexibility for a measured 10–15% fatigue-life reduction on rotating-bending coupons.

Workshop Parameters
  • Type II coating thickness0.5–3 µm
  • Type II fatigue debit≤ 3% vs bare Grade 5
  • Type III coating thickness5–25 µm
Recommended Equipment
  • Anodizing line (phosphoric acid, Type II) — 0.5–3 µm γ-oxide, hot DI water seal
  • Hard anodizing line (Type III) — 5–25 µm α′-oxide
Medical ImplantsAerospace & DefenseMotorsports & Racing

Capability Verification

Tolerance, CMM and MTR evidence you can attach to your qualification file.

FeaturedEvidence-backed

CMM Geometric Tolerance Verification — Zeiss PRISMO

Zeiss PRISMO CMM with ISO 10360-2 calibrated accuracy (1.8+L/300) µm and a 320-point grid catches geometric deviations that random 3-point legacy inspections miss — every hydrofoil ships with a full report.

Workshop Parameters
  • Linear tolerance±0.005 mm
  • CMM accuracy(1.8 + L/300) µm
  • Inspection points320 per hydrofoil
Recommended Equipment
  • Zeiss PRISMO 12/16/10 CMM — (1.8 + L/300) µm accuracy
  • Calypso CMM software + pallet pool — ASME Y14.5 GD&T, scanning probe
Hydrofoil / Marine PropulsionMotorsports & RacingAerospace & DefenseSubsea & ROV
FeaturedEvidence-backed

Material Traceability with EN 10204 3.1 Mill Test Reports

Every incoming titanium batch is spectrometer-verified against certified chemistry, mechanical-tested per ASTM E8/E18, and keyed to a heat number that survives through CNC, inspection, and into the shipping MTR.

Workshop Parameters
  • Incoming chemistry verification100% of batches
  • Mechanical test frequency1 / heat
  • Heat-number persistencemill → warehouse → CNC → MTR
Recommended Equipment
  • Bruker Q4 Tasman spectrometer — Optical emission, 30+ elements
  • Tensile testing rig (per ASTM E8) — Ø 12.5 mm round bar specimens
Medical ImplantsAerospace & DefenseSubsea & ROV
commercial

EU PED 2014/68/EU Pressure-Component Welding & Post-Weld Machining

Welding procedure qualified to ASME IX / EN ISO 15614-1, post-weld stress-relief per AMS 2774 at 595°C, and final machining to ±0.05 mm — PED 2014/68/EU Module H compliant on titanium pressure envelopes.

Workshop Parameters
  • Welding qualificationASME IX / EN ISO 15614-1
  • Post-weld stress relief595 °C, 2 h / 25 mm
  • NDT coverage100% radiographic or PA-UT
Recommended Equipment
  • TIG welding chamber (purged) — Trailing shield, O₂ < 50 ppm
  • Vacuum / inert-atmosphere stress-relief furnace — 595 °C ± 15 °C
Chemical ProcessingMarine & OffshoreSubsea & ROV

Send your STEP / IGES file for a workshop feasibility review

Our applications engineers respond within 1–2 business days with a written feasibility report (tolerance band, surface finish expected, CMM strategy, MTR scope) and a fixed quote.

Send drawing for reviewView compliance hub
About Boze Titanium Manufacturing Center

One Metal. One Focus. Infinite Precision.

Founded in 2011 in Baoji's Titanium Valley, BOZE Metal is dedicated exclusively to titanium — from raw material to precision engineering. AS9100D, & ISO 9001 certified with 500+ clients across Aerospace, Medical & Motorsport industries, we deliver end-to-end precision titanium CNC machining with full material traceability from source to component.

Boze Titanium Manufacturing Center is operated by Baoji Boze Metal Products Co., Ltd.

Certifications verified by ASTM International titanium material specifications (B265, B348, B381, F136, F2924) with full EN 10204 3.1 mill test certification. Our quality system is operated under AS9100D by Baoji Boze Metal Products Co., Ltd.

AS9100D ISO 9001 500+ Clients 15+ Years OEM/ODM
Learn About Us Request a Quote
Explore More: Material Specifications Industry Applications All Services Capabilities