Deaton Engineering: Advanced Design Consultants That Get You to Market Faster

No two engineering projects are exactly alike. Sometimes a company needs to improve an existing machine. Sometimes it needs to automate a process. And sometimes the goal is pure innovation: a product, system, machine or idea that has no off-the-shelf answer.

Deaton Engineering, Inc., was established in 1991 and is based in Georgetown, Texas. The engineering services firm supports companies that need outside technical capacity: specialized machine design, automation engineering, product development, simulation tools, software engineering, mechanical and electrical engineering, or contract manufacturing services.

That range is important because Deaton’s customers are solving unique problems.

A startup may need to get a funded product design concept into development before it can build an internal engineering team. A manufacturer may need automation equipment that can operate reliably on a production line. A regulated medical device, pharmaceutical equipment, or food and beverage machinery company may need design optimization and validation support. In each case, the goal is the same: Provide engineering solutions that meet or exceed customer requirements.

Engineering Capacity When Timing Matters

According to Deaton Engineering President David Knieriem, companies come to Deaton when they lack the engineering bandwidth to move quickly enough. “One of the critical goals is how fast we can get to market,” Knieriem says. “It typically takes nine months, at the earliest, to put an engineering team together. While you’re still trying to hire your team, Deaton Engineering can already be moving the project forward—defining requirements, developing concepts, and starting the early design work.”

That early start can apply to many types of work. For example, Deaton has designed consumer-facing machines such as a robotic barista. The company has also supported vertical wind tunnels, including one of the largest in the world, with a 32-foot-diameter chamber and 100 feet of flying height. The company has also worked on high-density compute equipment that uses inert liquid and phase change cooling to remove heat from server blades.

The company’s bottom line is controlled execution across different kinds of technical uncertainty: improving performance, automating operations, managing scale, leveraging simulation tools for structural analysis, meeting regulatory expectations, and translating a concept into a product or machine that is built to last.

From Requirements to Validated Design

SOLIDWORKS® Design products have supported the practical part of Deaton’s everyday engineering design process work for 20 years: developing concepts, laying out designs, checking fit, assembly review, evaluating weaknesses, and preparing designs for the next stage of execution.

Knieriem notes that one of Deaton’s specialties is work in regulated industries, including food and beverage, pharmaceutical automation equipment for clean rooms, and medical devices. “We start with the regulations, requirements, specifications, and design intent,” Knieriem explains. “Then we develop designs that meet those requirements, and at the end of the project, we validate back to the original design intent.”

That sequence matters in regulated industries, where a design must do more than function mechanically. It must also support validation, documentation, compliance, and repeatable manufacturing. Deaton looks for potential problems early by leveraging SOLIDWORKS Design to help detect interference and use SOLIDWORKS simulation tools to identify stress, deflection, fatigue, material properties, and potential failure risks before physical equipment is built.

Designing for Practical Execution

The value of SOLIDWORKS Design solutions to Deaton is not simply faster modeling. It is the ability to move from a stated requirement to a working design while maintaining engineering discipline. That applies whether the project is product design on a new machine, an automation upgrade, a test system, a regulated process, or a custom piece of equipment that must fit into a larger facility or production environment.

Knieriem emphasizes that machine life is a central design consideration. “Our machines are made to last,” he says. “If an automated machine is running on a manufacturing line, it has to run hundreds of thousands of cycles or more without failure. That is why it is so important to use simulation tools early in the design process to make sure we have a fit design.”

That expectation of durability changes the role of design to include simulation tools for analysis. A high-density compute system must manage heat at extreme density. Automated manufacturing equipment must run reliably with limited downtime. Regulated equipment must be designed with validation in mind from the beginning. In those contexts, SOLIDWORKS Design supports each engineer on the team to have the ability to define geometry, digitally test design performance with SOLIDWORKS Simulation in real world scenarios, check assembly integrity, review design intent before physical prototypes are created, and move toward manufacturing preparation with more confidence.

Improving, Automating, and Building What Comes Next

Knieriem sees SOLIDWORKS Design as part of the future. “When you're pushing the boundaries of software, you need a partner, and SOLIDWORKS is just an amazing partner. They are really helping us push technology forward,” concludes Knieriem.

With SOLIDWORKS Design solutions as part of its engineering workflow, Deaton can support its full range of work across a team of cross-functional designers and engineers. From upgrades and 3D CAD validation to complex custom machines and new product development, the team has the tools they need to succeed.