Max Levy Autograph, Inc. (MLA) is a manufacturer of high precision, tight-tolerance patterns on optical, metal, ceramic, and various other substrates. Advanced patterning technologies are used to delineate patterns in substrates for resolution targets, machine vision calibration, optical encoders, and quality control equipment. Other unique capabilities include in-house electro-forming and plating for generation of fine mesh patterns with no substrate and our diamond milling equipment which has generated micro-needle arrays for medical applications and aspheric surface arrays for 3D imaging applications. In addition, our proprietary and patented processes can protect products from Electro-Magnetic Interference (EMI) and Frequency Selective Surfaces (FSS) can be applied to block specific wavelengths and pass others for unique and custom applications on radomes, ceramics, and polyimide.
MLA was founded in Baltimore in 1872 as a manufacturer of half-tone screens and etched plates for the graphic arts industry. MLA now resides in a modern 30,000 square foot facility with Class 1000 cleanrooms in Northeast Philadelphia. The company operates under the management of Optical Systems, a subsidiary of II-VI Incorporated in the Military and Materials business segment.
Currently serving commercial and MIL-AERO customers in a variety of industries, MLA's products derive from high precision phototooling and proprietary patterning methods.
Max Levy Autograph's core development and manufacturing capability falls into these categories:
- Small patterned optics and components including reticles and test targets
- Electro-Magnetic Interference (EMI) patterning and design
- Frequency Selective Surface (FSS) patterning on radomes, ceramic, and polyimide
- Glass and Fused Silica scales and calibration grid plates
- Dimensional calibration service for scales and 2D calibration grid plates
- High temperature ceramic circuitry and patterning
- Diamond micro-contouring / machining
- Electroformed parts
- Photochemical etching
- Film products
Often we employ combinations of processes across these product lines under the direct supervision of the responsible Project Engineer.
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