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Vibace Engineering
Standard

Sub-Micron Optomechanical Engineering

0.5 µm

We translate complex optical designs into rugged, thermally stable physical hardware. Our engineering team optimizes your mechanical structures to guarantee performance under extreme stress.

Structural stability maintained across extreme thermal and vibrational environments.

Precision Limits

Sub-Micron Tolerances

Thermal drift mitigation is calculated down to the single micron. We design and machine kinematic mounts and lens cells that preserve optical alignment under severe thermal shock.

Thermal Control
Kinematics

Drift Mitigation

Exact Positioning

Finite element analysis ensures structural rigidity and matches material coefficients of thermal expansion to eliminate optical distortion.

Custom kinematic mounting systems deliver repeatable sub-micron positioning, isolating critical optics from mounting frame stress.

Extreme close-up of an optical-grade black anodized aluminum component with pristine threads and precision-milled facets
Extreme close-up of an optical-grade black anodized aluminum component with pristine threads and precision-milled facets
Alloy Expertise

Material Stabilization

We work exclusively with high-stability alloys including Invar, titanium, and specialized aluminum grades. Every component undergoes thermal cycling to relieve residual stresses.

Our proprietary optical-grade anodizing processes minimize outgassing and eliminate stray light reflections inside laser housings and sensitive sensor enclosures.

Metrology

Interferometric Testing Standards

Every sub-assembly is verified in our certified clean-rooms. We use phase-shifting interferometry and coordinate measuring machines to document compliance with your exact optical budgets.

Phase 01
Phase 02
Phase 03

FEA Simulation

CMM Verification

Clean-Room Assembly

Predictive modeling identifies mechanical stress points and thermal expansion vectors before we cut any metal.

Coordinate measuring machines probe critical dimensions to verify physical tolerances down to the micron.

Final integration occurs in ISO Class 7 clean-rooms to prevent particulate contamination of optical surfaces.

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Consult directly with our optomechanical engineers. We review your STEP files and optical budgets to deliver a comprehensive manufacturing feasibility assessment.