Vision

Two Platforms. One Standard.

United Sciences was built on a single insight: the most critical measurements in the world happen inside holes and cavities — and for decades, no technology existed to capture them with real precision.

That insight produced two platforms. One standard: measure what others can't, with an accuracy that leaves nothing to assumption. Everything United Sciences builds traces back to that standard.

Aeroscan

260,000 objective data points per hole. Where manual inspection delivers one or two measurements, Aeroscan delivers a complete geometric record of diameter, countersink, depth, and perpendicularity, captured in seconds and traceable for the life of the airframe.

eFit 3D Scanner

The only FDA-cleared scanner that captures the human ear in its natural state, completing a full non-contact scan in ninety seconds and producing a precise digital record no silicone impression can match. Trusted by audiologists and deployed across U.S. military programs.

2008

01

Founded in Atlanta, Georgia

United Sciences was founded by Samuel Kellett, Jr., with a singular vision: develop the world's first non-contact scanner capable of measuring the interior of a hole or cavity with micron-level accuracy — solving a problem that had stumped industry for decades.That vision produced two category-defining platforms. Together they represent a portfolio of more than 10 patents spanning radial laser illumination, machine vision, real-time 3D reconstruction, and non-contact interior measurement — technologies with no true equivalent on the market.

02

Global Authority in Precision 3D Scanning

United Sciences stands as a global authority in precision 3D hole scanning and radial imaging. Backed by 10+ patented technologies, Aeroscan and the eFit 3D Scanner redefine non-contact measurement standards in hole and cavity accuracy, achieving unparalleled precision down to two microns across aerospace, defense, healthcare, and industrial protection.

03

Built on Collaboration. Driven by Precision.

United Sciences is more than a manufacturer. We are a partner in innovation. Every product in our portfolio was developed in direct collaboration with the customers who needed it most. Our commitment to precision, flexibility, and customer-driven development has established new benchmarks in scanning technology worldwide.

01

Founded in Atlanta, Georgia

United Sciences was founded by Samuel Kellett, Jr., with a singular vision: develop the world's first non-contact scanner capable of measuring the interior of a hole or cavity with micron-level accuracy — solving a problem that had stumped industry for decades.That vision produced two category-defining platforms. Together they represent a portfolio of more than 10 patents spanning radial laser illumination, machine vision, real-time 3D reconstruction, and non-contact interior measurement — technologies with no true equivalent on the market.

02

Global Authority in Precision 3D Scanning

United Sciences stands as a global authority in precision 3D hole scanning and radial imaging. Backed by 10+ patented technologies, Aeroscan and the eFit 3D Scanner redefine non-contact measurement standards in hole and cavity accuracy, achieving unparalleled precision down to two microns across aerospace, defense, healthcare, and industrial protection.

03

Built on Collaboration. Driven by Precision.

United Sciences is more than a manufacturer. We are a partner in innovation. Every product in our portfolio was developed in direct collaboration with the customers who needed it most. Our commitment to precision, flexibility, and customer-driven development has established new benchmarks in scanning technology worldwide.

Customer Driven Development

Every product in the portfolio was developed in direct partnership with the customers who needed it most — prime aerospace manufacturers, defense programs, and hearing care professionals worldwide. We don't build technology and look for applications.

The Measurement Gap

Both Aeroscan and eFit exist because industries were making critical decisions with inadequate data. Aerospace programs relied on manual gauges. Hearing care relied on silicone impressions. In both cases, the margin for error was unacceptably high.

One Core Principle

Non-contact, radial laser measurement that captures what no other scanner can reach. The same underlying technology powers both platforms — refined for two very different operating environments, held to the same uncompromising standard.

Every fastener hole measured and traceable for the life of the airframe from production through MRO

The Digital Thread Starts Here