Case Study

Medical Titanium Components — Regulatory-Ready Precision

Medical Devices Confidential MedTech Startup

Key Challenges

Ti-6Al-4V ELI implant components demanded Ra0.4 surfaces, ISO 10993 traceability, and rapid design turns while traditional suppliers quoted 45–60 day cycles.

Solution

Geppetto applied AI-optimized titanium machining parameters, hybrid apprentice+expert execution, and full QA documentation aligned with FDA/CE requirements.

Precision
Project-specific tolerances with Ra0.3 surface finish
Cost Saving
30–35% cost reduction vs medical-grade incumbents
Delivery
72h production start, 8h quoting
Quality
Waste reduced by 25%, QA compliance 100%
Capability demonstration; certification scopes are confirmed per engagement.

Project Background

The startup needed titanium instrument components for pre-submission testing. Each iteration required medical-grade documentation plus flexible response to design tweaks.

Constraints

  • ISO 10993 biocompatibility and GMP traceability.
  • Surface quality Ra0.4 or better with zero burrs.
  • 25% scrap rate with prior vendors due to tool wear and deformation.
  • Multiple regulatory stakeholders reviewing every change.

Geppetto Execution

  1. Titanium-specific AI library predicted cutting forces, heat, and tool wear to set optimal feeds and speeds.
  2. Inline monitoring captured spindle load, vibration, and temperature to prevent deformation.
  3. QA stack delivered CMM reports, material certs, and process logs in FDA-ready format.

Results

  • Precision: Coaxiality and perpendicularity held within 0.02 mm, surface finish improved to Ra0.3.
  • Speed: Quote approved in 8h, machining launched within 72h, supporting weekly design iterations.
  • Compliance: Complete documentation package reused for 510(k) and CE submissions.

Strategic Value

The company avoided a three-month regulatory slip, freed budget for additional verification builds, and secured investor confidence with data-backed manufacturing readiness.***

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