BOZE CNC Ti | Precision Manufacturing

Rapid Prototyping Services

Titanium rapid prototyping via SLM: 3-5 day lead time, single-unit MOQ, ≥99.5% density, 950-1,050 MPa tensile strength. Zero tooling cost design iterations.

3-5D Lead
≥99.5% Density
Zero Tooling
Rapid Proto Design Iterations Single-Unit SLM Tech DFAM
Value Proposition

Rapid Prototyping Столпы ценности

Three core advantages that make additive rapid prototyping the fastest path from design validation to production-ready titanium components.

Accelerated Time-to-Market

3-5 Business Days Lead Time

Slicing lead times down to 3-5 business days by eliminating traditional tooling setups, mold fabrication, and lengthy CAM programming — enabling rapid design-build-test loops for NPI programs.

  • No hard tooling — designs go directly from CAD to printer in hours
  • Parallel build scheduling for multi-part prototyping kits
  • Expedited shipping via DHL/FedEx worldwide upon completion
  • Same-day production start for urgent engineering validation runs

100% Functional Testing Ready

≥99.5% Relative Density, Forging-Grade Strength

Full-density titanium components with mechanical integrity equivalent to wrought forgings — built for physical destructive stress tests, proof-of-concept validation, and pre-production certification trials.

  • Relative material density ≥99.5% per ASTM B311 Archimedes method
  • Tensile strength 950-1,050 MPa matching forged Ti-6Al-4V specs
  • Suitable for hydrostatic pressure, burst, and fatigue testing
  • Material certs provided with every prototype shipment

Zero-Cost Design Alterations

Modify CAD Files, No Wasted Tooling

Unlike machining or injection molding, additive prototyping allows unlimited design iterations at zero hard tooling cost — ideal for fluid engineering cycles where geometry evolves rapidly between reviews.

  • Modify CAD files and re-print — no mold re-cut or fixture re-build costs
  • Iterate topology, wall thickness, and internal channels freely
  • Print multiple design variants in a single build for side-by-side comparison
  • Digital inventory eliminates warehouse storage between iterations
Prototyping Specifications

Rapid Prototyping Панель производительности

Speed, volume, and geometric boundaries of our titanium rapid prototyping service — from single-unit NPI parts to complex lattice structures.

3 – 5 Business Days

Standard Turn-Around Time

Shipped worldwide via DHL/FedEx — from file acceptance to delivered prototype, including printing, stress relief, support removal, and surface finishing.

1 Piece Only

Minimum Order Quantity

No minimum batch constraints — tailored for strict NPI (New Product Introduction) validation, single-unit functional testing, and design proof-of-concept builds.

±0.1 – 0.2 mm

General Dimensional Tolerances

As-printed parameters controlled within ±0.1 mm to ±0.2 mm bounds — suitable for fit-check and form-validation prototypes before production commit.

ø 0.2 mm

Lattice Strut Micro-Diameter

Ultra-lightweight structural configurations achievable with minimum lattice strut diameters down to 200 µm — enabling weight-optimized aerospace and medical lattice structures.

24-Hour Engineering Response

Tight Timeline Deadline?
Submit Your Blueprint for Accelerated Assessment

Upload your STEP, STL, or PDF engineering files for an accelerated 24-hour engineering assessment — including build feasibility analysis, lead time confirmation, surface finish options, and immediate pricing for single-unit NPI prototypes or multi-iteration design cycles.

Submit for Rapid Assessment
NDA Protected
ITAR / AS9100D Compliant
Response Within 24 Hours

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