Compliance
Compliance & Certifications
AS9100D / ISO 13485 / ASTM / EN 10204 3.1 / DFARS scope, 8 active compliance areas, document deliverables.
Explore Compliance Hub → Boze Titanium Manufacturing Center | Manufacturing Engineering Data Sheet
Technical Capabilities
Certified precision manufacturing infrastructure — from micron-level CNC tolerancing to full material traceability. A detailed technical reference for procurement and engineering teams.
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5 Capability Pillars
AS9100D Aerospace
±0.005mm Dimensional
Manufacturing Engineering Capacity Quality Inspection Traceability Certifications
CNC Tolerance Feasibility Checker
Select a feature type and enter your tolerance requirement — instantly see if it falls within our standard, precision, or ultra-precision capability bands.
Feature Type
Precision hole sizing for dowel pin fit, bearing seats, and alignment features.
Hole Diameter (Dowel Pins)(Unit: mm)
0.0010.5
mm
Quick values:
Capability Bands for Hole Diameter (Dowel Pins):
Ultra Precision(±0.003 – 0.01 mm)← Your Value
Precision(±0.01 – 0.05 mm)← Your Value
Standard(±0.05 – 0.1 mm)
±0.01 mmFEASIBLE ✓
Within our ultra-precision envelope. Full CMM verification included. AS9100 standard.
Hole location tolerance is separate — see Position.
Surface Roughness Comparator
Compare surface finishes from mirror polish to as-rough — with Ra/Rz values, everyday object comparisons, and achievable processes.
Filter by process:
Ra Roughness Scale (µm)
Ra 0.1
Ra 0.2
Ra 0.4
Ra 0.8
Ra 1.6
Ra 3.2
Ra 6.3
MirrorAs-Rough
Mirror FinishRa 0.025
Rz 0.1 – 0.4 µm
Like a high-quality bathroom mirror
Ultra-Fine FinishRa 0.05
Rz 0.4 – 0.8 µm
High-end phone screen protector — smooth, barely any texture
Fine FinishRa 0.1
Rz 0.8 – 1.6 µm
New ceramic knife blade — smooth with faint lines
Smooth FinishRa 0.2
Rz 1.6 – 3.2 µm
New laptop chassis — smooth with slight directional texture
Standard MachinedRa 0.4
Rz 3.2 – 6.3 µm
Cast iron skillet — visible but uniform machining marks
Commercial MachinedRa 0.8
Rz 6.3 – 12.5 µm
Standard steel ruler — visible machining texture
Rough MachinedRa 1.6
Rz 12.5 – 25 µm
Coarse nail file — distinctly rough but uniform
Very RoughRa 3.2
Rz 25 – 50 µm
Unfinished concrete wall — rough, irregular texture
As-Rough / UnfinishedRa 6.3
Rz 50 – 100 µm
Rough gravel road — very coarse and irregular
GD&T Symbol Reference
Interactive reference for ASME Y14.5 GD&T symbols — form, orientation, location, profile, and runout controls with tolerance zone explanations and application guidance.
⏤
StraightnessForm
Controls how straight a line element or axis must be. Can be applied to a surface element (line straightness) or an axis (derived median line).
No Datum Required· ASME Y14.5 Section 5.4
⬤
FlatnessForm
Controls the deviation of a surface from a perfect plane. All points on the surface must fall between two parallel planes spaced at the tolerance value.
No Datum Required· ASME Y14.5 Section 5.5
○
Circularity (Roundness)Form
Controls how close a circular cross-section is to a perfect circle. Each circular element of the surface must independently conform.
No Datum Required· ASME Y14.5 Section 5.6
⌭
CylindricityForm
Simultaneously controls roundness, straightness, and taper of a cylindrical surface. More comprehensive than circularity.
No Datum Required· ASME Y14.5 Section 5.7
⌓
Profile of a LineProfile
Controls the variation of a line element along a surface profile. Each cross-section independently evaluated.
No Datum Required· ASME Y14.5 Section 8.3
⎓
Profile of a SurfaceProfile
The most versatile GD&T control. Can control form, orientation, location, AND size of any surface simultaneously.
No Datum Required· ASME Y14.5 Section 8.4
∥
ParallelismOrientation
Controls how parallel a surface or axis is relative to a datum. The tolerance zone is oriented parallel to the datum.
Requires Datum· ASME Y14.5 Section 6.3
⟂
Perpendicularity (Squareness)Orientation
Controls the angular relationship of a surface or axis at 90° to a datum.
Requires Datum· ASME Y14.5 Section 6.4
∠
AngularityOrientation
Controls the angular relationship of a surface or axis at any specified angle (not 90°) to a datum.
Requires Datum· ASME Y14.5 Section 6.5
⊕
PositionLocation
The most commonly used location control. Defines the allowable deviation of a feature from its true position. Can be applied with MMC for bonus tolerance.
Requires Datum· MMC, LMC, RFS· ASME Y14.5 Section 7.3
◎
ConcentricityLocation
Controls the coaxial relationship of two or more features. Unlike runout, concentricity controls the derived median points rather than the surface.
Requires Datum· ASME Y14.5 Section 7.6
⨁
SymmetryLocation
Controls how symmetrical a feature is relative to a datum center plane. Controls the median points of opposed elements.
Requires Datum· ASME Y14.5 Section 7.7
↗
Circular RunoutRunout
Controls the variation of a surface as it rotates about a datum axis. Checks circular elements independently.
Requires Datum· ASME Y14.5 Section 9.3
↗↗
Total RunoutRunout
Controls ALL surface elements simultaneously — roundness, straightness, taper, and coaxiality along the entire feature length as it rotates.
Requires Datum· ASME Y14.5 Section 9.4
Physical Manufacturing Capacity
Capacity Dashboard
Verified production parameters across our CNC, additive, and metrology infrastructure. All figures represent current validated capabilities.
650 × 650 × 500 mm
CNC Work Envelope
3/5-Axis Milling & Turning capacity for medium-to-large titanium workpieces with simultaneous 5-axis contouring.
±0.005 mm
Tolerance Precision
Micron-level repeatable bounds maintained across production runs. Cpk ≥ 1.67 on all critical dimensional features.
≥ 20 µm
Additive Volume (SLM)
Selective Laser Melting with full powder-bed fusion. Layer resolution down to 20 µm. Build volume 250 × 250 × 300 mm.
1 – 5,000+ pcs
Production Flexibility
Rapid Prototyping (1–10 pcs) through Low-Volume (10–500 pcs) to Scaled Batch Production (500–5,000+ pcs) with consistent quality.
Pre-Production Engineering
Engineering Support
Full in-house CAD/CAM capability with proactive Design for Manufacturability (DFM) review — engineered specifically for titanium component optimization.
CAD/CAM Software Support
Our engineering team accepts native and neutral CAD formats for seamless import. All toolpaths are generated using Mastercam 2025 with titanium-specific feeds and speeds libraries.
STEP (AP203/AP214) IGES SolidWorks (.sldprt/.sldasm) Mastercam (.mcx) AutoCAD (.dwg/.dxf) Parasolid (.x_t/.x_b) STL / OBJ
24-Hour DFM Review
Proactive ProtocolEvery submitted design undergoes a mandatory 6-point DFM analysis to eliminate costly titanium raw material waste before production begins.
- Titanium-specific machinability assessment
- Raw material utilization & yield optimization
- Toolpath simulation & cycle time estimation
- Tolerance stack-up & fixturing strategy
- Surface finish specification validation
- Cost-optimized production routing
Quality Management Framework
Quality Management
Certified quality management with a proven zero-defect pipeline. We deliver documentation packages that exceed aerospace and medical audit requirements.
AS9100 Rev D
Aerospace Quality Management Standard
Full-scope AS9100D quality management system covering design, development, production, and distribution of titanium aerospace components. Regular surveillance audits ensure continuous compliance.
- Aerospace-specific risk management per AS9100D
- Counterfeit part prevention (AS6174/AS5553)
- First-article inspection (FAIR) per AS9102
- Supplier control & incoming material validation
- Configuration management & change control board
ISO 9001:2015
International Quality Management Standard
Globally recognized quality management framework with documented processes for continuous improvement, corrective action, and customer-focused output.
- Documented quality manual & process workflows
- Internal audit program with qualified lead auditors
- Corrective & preventive action (CAPA) system
- Management review & KPI-driven performance tracking
- Supplier quality scorecard & performance evaluation
Zero-Defect Control Pipeline
1
IQC
Incoming Quality Control
Raw material verification — OES chemical analysis, dimensional check, MTR validation against PO specifications.
2
IPQC
In-Process Quality Control
In-process monitoring — dimensional hold-points, surface finish verification, and interpass weld inspection per approved WPS.
3
FQC
Final Quality Control
Final acceptance — full dimensional layout, NDT (RT/PT/UT), pressure testing, and documentation package for customer sign-off.
Metrology & Inspection Equipment
Inspection Lab Grid
In-house metrology laboratory equipped with industrial-grade inspection instruments for full dimensional, chemical, and surface integrity validation.
CMM
ZEISS CONTURA G2Bridge-type 3D Coordinate Measuring Machine with active scanning. Dimensional accuracy to 1.9 µm. Full geometric dimensioning & tolerancing (GD&T) reporting per ASME Y14.5.
OES Spectrometer
SPECTROMAXxOptical Emission Spectrometry for positive material identification (PMI). Confirms elemental composition of titanium alloys within 30 seconds per ASTM E415 standard.
Roughness Tester
Mitutoyo SJ-410Surface finish measurement down to Ra 0.4 µm. Provides complete surface texture parameters (Ra, Rz, Rq, Rmax) with graphical profile recording per ISO 4287.
NDT Validation
Penetrant / UltrasonicNon-Destructive Testing capabilities including fluorescent dye penetrant (FPI) for surface flaw detection and ultrasonic (UT) for subsurface volumetric examination, performed per NADCAP-compliant procedures.
All inspection equipment calibrated per ISO 17025 traceable standards. Calibration certificates available on request.
Material Integrity Guarantee
100% Material Traceability
Every gram of titanium is fully documented — from mill source to finished serialized component — with certified test reports and full chain-of-custody traceability.
Mill Source
Certified original mill source with EN 10204 Type 3.1 MTR documentation for every incoming titanium batch.
Incoming Inspection
OES chemical analysis and positive material identification (PMI) verification per batch upon receipt.
Process Tracking
Serialized work order with job-specific material lot linking throughout the entire manufacturing process.
Final Documentation
Serialized part with complete MTR and inspection report package delivered with each finished component.
Audience-first guidance
Guidance for the professionals who specify titanium
Role-specific answers and resources for engineers and buyers in this industry.
Quality & compliance Procurement Design engineering
Common questions from this audience
What quality systems and certifications do you hold?
AS9100D, ISO 9001, ISO 13485, NADCAP and ITAR-compliant — with full material traceability and in-house CMM inspection.
How do you verify dimensional quality?
In-house CMM metrology and GD&T validation per ASME Y14.5, with first article inspection reports.
Do you provide engineering support and DFM?
Yes—engineering support for DFM, material selection, and tolerance feasibility.
Related resources
Request a quoteCapability Dimensions
Seven Dimensions of Our Titanium Machining Capability
Procurement teams evaluate suppliers across seven decision dimensions. The five sub-pages below are deep-dives into the most-asked dimensions; the two existing components above cover capacity and quality on this page.
Supplier Evaluation
Supplier Evaluation
7-dimension framework + 25-point scorecard + 9 Red/Yellow/Green triage signals + 8 self-disclosure Q&A.
Apply the 7-Dim Framework →Lead Time
Lead Time Guide
Sample (3-5 BD) / prototype (10-15 BD) / small-batch (15-25 BD) / production (25-45 BD) tier breakdown + 6 influence factors.
View Lead Time Tiers →Logistics
Logistics & Shipping
Incoterms 2020 (EXW / FCA / FOB / CIF / DAP / DDP) + 5 packaging methods + freight + DFARS / REACH docs.
View Logistics Options →ECO Iteration
ECO Iteration & DFM Review
Engineer-reviewed DFM, strict ECO version control, locked-price quotes, anodizing tolerance reserved up-front, no arbitrary MOQ — for prototype → 500 pc hardware programs.
Get an Engineer-Reviewed Quote →Capacity
Capacity Dashboard
120+ CNC machining centers, 5,000+ pcs/month titanium output, 16+ years experience — see Capacity Dashboard section above.
Quality
Quality & Certifications
CMM inspection, FAIR per AS9102, ISO 10360 metrology — see Quality & Certifications section above.
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 13485 & 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 NADCAP and compliant with ASTM International titanium standards (B265, B348, B381, F136, F2924) and ISO 13485 medical-device QMS.
AS9100D ISO 13485 ISO 9001 500+ Clients 15+ Years OEM/ODM