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Catia V5 Native

Micron-level CAD modeling compliance

We engineer complex seal profiles and custom fixtures directly in Catia V5. Our native models guarantee exact compliance with automotive OEM data standards.

Macro visualization of an FEA stress-analysis heatmap on a rubber seal cross-section, showing color gradients from cool blue to hot orange under compression.
Macro visualization of an FEA stress-analysis heatmap on a rubber seal cross-section, showing color gradients from cool blue to hot orange under compression.
Rigorous Verification

FEA deformation stress analysis

We simulate real-world rubber deformation and stress distribution under load. This mathematical validation eliminates tooling errors before physical manufacturing begins.

Mathematical profile analysis

Using finite element analysis, our engineers map compression force deflection and contact pressure across the entire rubber profile. Every non-linear material parameter is factored into the simulation.

0.01mm

tolerance threshold

100%

OEM compliance

Extreme macro shot of a physical metal checking gauge holding a black rubber seal profile, high-contrast cool studio lighting, metallic reflections.
Extreme macro shot of a physical metal checking gauge holding a black rubber seal profile, high-contrast cool studio lighting, metallic reflections.
Precision Tooling

Physical verification of profiles

We design custom notching fixtures and physical gauges to verify seal profile geometry. Our tooling ensures high-repeatability during three-shift automotive production runs.

By combining Catia modeling with physical 3D-printed prototypes, we verify assembly clearances down to the micron. Downstream collisions are mathematically prevented.

Start Technical RFQ

Ready for technical review

Send your native Catia V5 files or 2D profile drawings or sketches. Our engineering team will analyze your tolerances and provide a detailed feasibility assessment.