Deaton Engineering

Deaton Engineering Case Studies: Proven Success

Innovation is best measured by its impact. Our case studies highlight the real-world success of our partners, showcasing how Deaton Engineering transforms abstract concepts into functional, high-performance systems. From the world’s first automated specialty coffee kiosk to complex medical device manufacturing, explore how our collaborative approach and engineering rigor have solved critical problems and driven commercial success for our clients.

One-Page Overview

Deaton Engineering Case Studies

Case Studies

MedHab, LLC & RPM2

Deaton Engineering designs athletic shoe insert to enhance athletic and rehabilitation performance.

Briggo, Inc.

Deaton engineers help briggo design & build automated coffee kiosk.

Bat Conservation International, Inc.

Deaton Designs & builds ultrasonic deterrents to prevent bat fatalities at wind farms.

JUKKA Inc.

Deaton Engineering helps design & build automated food kiosk.

TLA - Bale Tech, LLC

Design and build a portable waste baling system.

Ice Cream Novelty Products

Design and integrate automated processing equipment for novelty ice cream production.

Dell Defense Services

Deaton Engineering Creates a Military Hardened Design for Dell & US Air Force.

Honda Motor Co., Ltd. Tier 1 Supplier

Design and fabricate a semi-automated manufacturing line to assemble and test airbag horn assemblies at a rate of 1 every 29 seconds.

TMGCore

Design, engineer, prototype, and create a DFM package for a high-density data center using two-phase liquid immersion cooling technology.

Ignite! Learning

Design and prototype a self-contained educational media system on a tight timeline.

Validation of Pharmaceutical APCS

Validate the (APCS) of a high-volume packaging machine designed to form, fill, and seal bags containing a drug product solution.

Dell Computer Inc. / Tyrex Group

Design and build an automated computer fan tester that controls and tests up 450 fans at once.

Accurate Measurement of Thin Films

Design a film-thickness measurement technique for pharmaceutical transdermal patches.