Opto-mechanical Design & Mechanical Engineering Consulting

Pragmatic analysis and design to tackle complex, next-generation technology.

Providing expertise in:

Opto-mechanical Design

Optomechanical component and assembly design including: kinematic interfaces, Geometric Dimensioning and Tolerancing, tolerance stack analysis, flexure design, Finite Element Analysis, fundamental mode analysis (vibration), gas purge, high-fluence light sources, LASERs (IR to Deep Ultra Violet), custom optics including unique coating, interferometer fixturing, high-vacuum design

Manufacturing

CNC and manual mill & lathe, 6-axis machining, Single Point Diamond Turning lathe, Class 100 Clean Room, system alignment and calibration, custom optics, 3D printing (titanium, invar, fluoropolymers), SLS, SLA, mSLA, sheet metal, vendor management, service manual writing

Mechanical Engineering

theoretical evaluation, load calculation, detailed design drawings, reliability testing, root-cause analysis, Plumbing and Instrumentation Diagrams, Engineering Change Orders, Computer Aided Design

CAD model of an optomechanical assembly, including precision adjustments and a laser light source.
Technical engineering drawing with multiple circular and linear dimensions, featuring a large outer circle with various smaller features, and detailed measurements and annotations.

Who We Are

  • Mechanical Engineer with experience developing complex industrial inspection capital-equipment, novel surgical devices and optical inspection equipment.

  • Designing electro-mechanical, opto-mechanical, metrology, spectroscopy, wafer processing and consumer products.

  • Conceptual development, design, fabrication and testing of prototype and industrial photo microscopy, metrology and spectroscopy semiconductor equipment as well as custom optics.

  • Project management as well as Personnel management such as Optical, Software, Test Engineers, Industrial Designers and Technical Writers.

Let’s Build What’s Next

Send us a message to ignite your next breakthrough project.