How do you manage signal integrity across disposable-reader interfaces?

We use shielded traces, gold-plated pogo contacts, and tolerance-controlled connectors that we validate under accelerated life testing. Our interface design includes proper grounding planes, EMI shielding, and contact force optimization to ensure consistent electrical connection across thousands of insertions.

What’s your approach to validating electrochemical cartridge assemblies under ISO 13485?

We use structured IQ/OQ/PQ protocols, leak and impedance testing, and calibration traceability within our QMS. We implement statistical process control, accelerated aging studies, and comprehensive design controls documentation to meet regulatory requirements while maintaining manufacturing efficiency.

How early should cost-of-goods and DFMA modeling occur?

Right after you freeze the concept—our costing models guide material, process, and tooling decisions from the first sprint. Early DFMA analysis prevents costly design changes later and ensures manufacturability targets are achievable from the start of development.

How do you de-risk fluidic sealing and alignment at scale?

We run adhesive trials, peel-strength testing, and automated optical inspection data integrated into SPC dashboards. We validate sealing methods through pressure testing, thermal cycling, and chemical compatibility studies to ensure long-term reliability in production environments.

What experience do you have bridging third-party assay partners?

We collaborate with your assay teams to ensure chemistry integration and production repeatability within shared risk frameworks. Our experience includes working with multiple assay developers, managing IP boundaries, and coordinating validation activities across partner organizations.

Industries We Serve

Medical & Diagnostics

We help medical and diagnostic teams turn complex product requirements into devices that are ready for real-world use. From early architecture through production readiness, we bring engineering, usability, and quality discipline together so products move forward with fewer gaps, fewer surprises, and a clearer path to scale.

Mobility & Rehabilitation

We develop and manufacture mobility and rehabilitation hardware platforms that combine structural mechanics, embedded controls, and durable assemblies to meet regulatory requirements and sustain long-term clinical and home deployment.

Clean Tech & Energy Systems

We design and build clean energy and electrified hardware platforms—integrating power electronics, thermal management, enclosure design, and embedded control into rugged systems engineered for field deployment and scalable production.

Defence, Safety & Security

We engineer ruggedized electromechanical and embedded hardware systems for high-consequence environments, prioritizing durability, tamper resistance, validation rigor, and controlled production ramp.

Robotics & Automation

We design and manufacture robotics and automation hardware platforms that integrate sensing, embedded computing, electromechanical subsystems, and ruggedized enclosures into deployable systems built for repeatable manufacturing and long-term reliability.

Selected Products

In-Bore MRI Infotainment System

Innovere’s Innovision is an in-bore MRI infotainment system designed to reduce patient anxiety by bringing video, audio, and patient-facing information directly into the scanning environment without compromising MRI compatibility.

Mobile Shower Commode Chairs

Raz products are mobility, toileting and bathing systems designed for caregivers, clinicians, and individuals with mobility impairments. They improve safety, positioning and accesibility during toileting, bathing and tub transfers though innovative designs.

Connected Access Hardware

Sera4’s AP3 is a connected padlock designed to secure remote and distributed physical assets, enabling identity-based access control, real-time monitoring, and auditable field operations.

Autonomous Weed Picking Robot

Nexus Robotics’ platform is an autonomous, AI-driven agricultural vehicle that enables growers to selectively remove weeds at field scale by integrating machine vision, hybrid-electric propulsion, and robotic manipulation into a commercially deployed, field-ready system.

For Pioneers Building What's Next

Our perspective from the engineers and strategists shaping what’s next in new product innovation