Opto-Mechanical Components

Optical path assemblies align and direct light in optical systems, enhancing accuracy and performance in devices like telescopes, microscopes, and laser systems.

Lens tubes precisely position and align lenses in optical systems to focus and direct light accurately.

Adapters connect and align different optical components or devices, ensuring compatibility and proper functionality.

Mounts secure and stabilize optical components or instruments, ensuring precise alignment and positioning for accurate performance.

A cage system provides a modular framework to securely support and precisely position optical components, allowing flexible and stable setup for complex optical setups.

Mounting and angle brackets secure and stabilize optical or mechanical components at specific angles and positions, ensuring precise alignment and support.

Irises and apertures control light intensity and focus in optical systems, adjusting brightness and depth of field for applications in cameras, microscopes, and scientific instruments.

The Polaris Line provides high-precision optical and mechanical components for scientific research, medical instruments, industrial applications, and aerospace systems.

Mini-series opto-mechanics are used in compact devices for precise light control and mechanical movements, crucial in applications like microscopy, imaging systems, medical instruments, and aerospace technology.

Instrument shelves support and organize equipment in laboratories and industrial settings, ensuring stable placement and easy access for accurate measurements and operations.

Optical rails are precision tools used in optical experiments to provide a stable, adjustable platform for mounting and aligning components like lenses and mirrors, ensuring accurate positioning and easy reconfiguration for various experimental setups.

An enclosure system provides protective housing for electronic or mechanical components, shielding them from environmental factors like dust, moisture, and physical damage while ensuring safe and reliable operation.

Vacuum components are used to create and maintain a controlled low-pressure environment in systems, enabling processes such as material deposition, electron microscopy, and high-precision measurements by minimizing air resistance and contamination.

Opto-mechanical kits provide modular components for assembling and aligning optical systems, enabling precise control and adjustment of optical elements like lenses and mirrors in experiments and devices.

Lab platforms offer a stable and adjustable surface for mounting and positioning equipment and instruments, ensuring precise alignment and flexibility in experimental setups.