POC Devices & Capital Equipment

Complex devices designed with manufacturing in mind

Engineered for Assembly

From portable diagnostics at the patient’s side to the capital equipment that anchors hospitals and labs, Sanner designs for manufacturing and assembly across the full spectrum of electromechanical medtech and diagnostic devices. 

As an innovation-driven contract manufacturer, we consider manufacturability from concept to commercialization, identifying and eliminating cost and risk early in the design process, before manufacturing begins. 

Diagnostic Point-of-Care (POC) Devices

POC diagnostics bring testing to the patient and deliver answers in minutes, not days. We develop and manufacture lateral flow readers, molecular and immunoassay analyzers, glucose and blood chemistry monitors, and connected handheld devices. All our solutions are engineered for accuracy, ease of use, and reliable performance outside the traditional lab. Our medical device engineering team ensures every POC device performs reliably at the point of care.

Imaging Devices

Imaging systems demand precision engineering and rigorous electrical safety compliance. From portable ultrasound units to console-based platforms, we design and build imaging devices that integrate complex hardware, software, and user interfaces into systems clinicians can trust in critical moments.

Medical Equipment Carts

POC carts, IV carts, treatment carts and mobile workstations keep care moving where it’s needed most. We design and manufacture durable, ergonomic cart-based systems that integrate devices, power, and connectivity into a single reliable platform built for the realities of a busy clinical environment. 

Related Capability: Electronics & Software

Our integrated systems engineering team of hardware and software engineers stands behind every electronic device we build. From early architecture decisions through IEC 60601 compliance and design transfer to manufacturing, we engineer for reliability, usability and a smoother path to market, helping you avoid costly late-stage redesigns. 

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