During this initial phase, we determine the best sensor integration for your device. Leveraging over 55 years of sensors expertise, we test and analyze your product to identify potential issues early in the development process, eliminating unnecessary costs and delays and gaining valuable insight into project scope and future manufacturing requirements.
After the discovery phase, we move into the proof-of-concept phase. We customize the product and test full sensor integration into one or more working designs. Our OEM team explores multiple design iterations before selecting and refining a final design, then develops initial documentation.
Millar supports hands-on prototyping in our in-house development facilities, giving partners access to our sensor technology, engineering expertise and testing capabilities. At this stage, we work closely with you to refine form and function, validate sensor integration, and prepare for scaled production.
In this phase, our manufacturing engineers will begin process validation work and review designs and components to determine the product’s ease of validation, possibly suggesting modifications to maximize production yields.
Once we’re satisfied with prototyping, we prepare your product for real-world application. Our engineering and production teams develop pilot builds, conduct design verification and ensure regulatory compliance. Then we can begin manufacturing your product in our in-house facilities.
Millar is your OEM partner every step of the way. Once your product is in commercial production, we provide sustaining engineering services to ensure production lines are optimized. Services include general maintenance, process improvements, and a dedicated product engineer to facilitate any future changes or challenges.
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Enable better crop yield, soil health and resource efficiency with precision pH sensing, water quality monitoring and nutrient optimization.
Monitor product quality and ensure regulatory compliance by integrating pH, ORP and EC sensors for in-line processing and safety control.
Support clean water initiatives and industrial systems by integrating durable, high-fidelity sensors for pH, conductivity and multi-parameter water analysis.
Deliver high-fidelity readings across research, diagnostics and product development workflows with compact, wireless-capable sensors designed for lab flexibility.
