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/ VIBACE OPTOMECHANICS

Sub-micron optomechanical manufacturing

We translate complex optical designs and budgets into rugged physical hardware. Engineered for extreme thermal stability and zero-drift alignment in aerospace and medical systems.

TOLERANCE STANDARDS

Guaranteed structural stability

Our components are engineered to mitigate thermal drift and vibrational stress, ensuring optical alignment remains absolute under extreme operating conditions.

DIMENSIONAL
THERMAL
SURFACE

Sub-micron precision

Zero-drift engineering

Optical-grade finish

We machine mounting datums to tolerances under one micron, ensuring absolute optical center alignment across complex multi-lens assemblies.

Finite element analysis optimized structures utilizing low thermal expansion alloys to eliminate alignment drift during severe thermal cycling and environmental performance

Specialized black anodizing and surface treatments designed to eliminate stray light reflections and outgassing in vacuum environments.

Extreme close-up of a custom black anodized aluminum lens cell, showing precise thread quality and a laser beam reflecting off the internal glass element.
Extreme close-up of a custom black anodized aluminum lens cell, showing precise thread quality and a laser beam reflecting off the internal glass element.
PRODUCTION FOCUS

Precision optomechanical hardware

We specialize in translating complex optical system requirements into rugged, high-consequence physical components machined from stabilized alloys.

SYSTEM COMPONENTS

Custom lens cells

We manufacture multi-element lens barrels and custom cells with precise axial spacing. Every thread and seat is verified via interferometric testing to eliminate wavefront distortion.

STABILITY

Kinematic mirror mounts

Designed for high-vibration aerospace environments, our mounts feature high structural rigidity and lockable adjustments to maintain sub-micron pointing stability.

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SECURE RFQ

Initiate technical review

Submit your STEP files and optical budgets directly to our engineering team. We identify mechanical stress points and thermal constraints before cutting metal.