Numerous circumstances create the need for factory automation: new product line, increased production, better quality control, etc. Bryson has extensive engineering experience providing automation solutions in manufacturing, packaging, and distribution. Our "cost effective solutions through quality engineering" approach will give you the best return on your investment with an end result you can trust.

Often, your product or process requires custom machinery. We know how to go from concept to creation to meet your needs. Our past projects include a high-speed printing press, robotic assembly system, automated band clamp machine, and others. We use quality vendors and fabricators for all parts, and our iterative design process gives you ownership over the direction of the project.

With over 30 years mechanical engineering experience, Bryson is well equipped to design packaging for your electronic components. By balancing cost, heat specifications, strength, functionality, and appearance, we can provide you with an elegant and optimized design.

Conveyor applications, assembly processes, packaging operations, and other processes involving large quantities of like materials can be a large time sink in your operations. With accurate and efficient design, Bryson can help you manage materials to optimize throughput. The result is a direct translation to reduced labor cost and/or increased productivity.

With expert personnel and up-to-date software (Autodesk Inventor, Solidworks), Bryson is able to meet your CAD modeling and drafting needs. Whether it is an old product that needs to be 3-D solid modeled for a demonstration or a new product design that needs to be digitized and drafted for fabrication, Bryson is available to be your drafting partner.

With controls engineering professionals on the Bryson team, we are capable of providing elegant, effective, efficient solutions to your controls needs. We have experience in PLC, PC-based, and relay control systems. We design with the client and the user in mind. Past projects have included numerous i/o points, touchscreen interface, multiple concurrent algorithms, all varieties of i/o signal types, and other widely varying control problem aspects.