As a research-intensive company, Tyler Research has considerable expertise in prototype production – the rendering of ideas into reality.
Depending on the circumstances, the process of prototype development can span the range from the glaringly obvious to the staggeringly complex. Regardless of the difficulty, it is a process best approached through scientific method; bringing a solid grounding in engineering principles to bear on a problem while remaining open to the quirks of inspiration. Typically this is an iterative process, with many layers of development between design and form. 
Familiarity with a wide range of engineering materials, a strong knowledge base in the physical and life sciences, and adherence to excellence in engineering practices (while avoiding the rigid mindset often associated with engineers) has helped Tyler breathe life into hundreds of projects. Tyler Research works with clients to find the best form for an idea, to produce experimental and production prototypes of a product for analytical purposes, and to examine short-run and mass production techniques where appropriate. All projects are treated confidentially.
State-of-the-art technology and a highly skilled staff of engineers and machinists are melded to form the manufacturing division of Tyler Research Corporation. An optimal combination of manual and CNC (Computer Numerical Control) equipment permits the innovative approaches and flexibility demanded in today’s short-run manufacturing projects. We specialize in limited quantity production (typically from 1 to 100 units) and can assist in the development of injection molds and tooling for high volume production elsewhere.
Whether designing equipment from first principles to meet unusual specifications, or reverse engineering and modifying existing technology to better meet the needs of clients, Tyler Research is ideally suited to the task.
Tyler Research Corporation is firmly committed to providing only the highest quality products and services. From our Biomedical product lines, to our Precision Machining division, to our state-of-the-art Research and Prototype development division.
