Kablooe Design
Kablooe Design is a leading company in medical device and consumer product design, engineering, and human factors consulting. With over 30 years of experience, they focus on creating innovative, user-centered products that meet regulatory requirements and achieve market success. Their services include industrial design, electrical and systems engineering, usability research, regulatory support, and design-driven development processes, helping clients develop products that users love and adopt. They employ a holistic Design Driven Development™ process, encompassing feasibility modeling, human factors consulting, world-class design, and medical product engineering. They also provide extensive educational resources, podcasts, webinars, and articles to share their expertise and insights.
Industries
Nr. of Employees
small (1-50)
Patents
Products
Case study collection
A compendium of project case studies documenting design, engineering, usability, regulatory, and productization outcomes across medical device and related projects.
Wearables eBook (design guidance)
Practical guidance and insights on wearable device design for healthcare, including usability, environmental considerations, and development lessons learned.
Case study collection
A compendium of project case studies documenting design, engineering, usability, regulatory, and productization outcomes across medical device and related projects.
Wearables eBook (design guidance)
Practical guidance and insights on wearable device design for healthcare, including usability, environmental considerations, and development lessons learned.
Services
Planning and execution of contextual inquiry, formative and summative usability studies, use-related risk analysis, and preparation of usability documentation for regulatory submissions.
Integrated industrial design, mechanical and electrical engineering, systems integration, UX/UI design, and prototyping from concept through production-ready design.
Firmware development, device drivers, HAL design, RTOS integration, and embedded software architecture to support hardware functionality and real-time requirements.
End-to-end productization support including verification & validation planning, regulatory strategy for device compliance and usability, and assistance to accelerate market entry.
Feasibility investigations using lean prototype builds, bench testing, working prototypes, and in situ testing to gather technical evidence and inform next development milestones.
Facilitation of a structured, multi-phase design-driven development process with phase-gate decision points, plus custom training, webinars, podcasts and design-sprint facilitation for client teams.
Planning and execution of contextual inquiry, formative and summative usability studies, use-related risk analysis, and preparation of usability documentation for regulatory submissions.
Integrated industrial design, mechanical and electrical engineering, systems integration, UX/UI design, and prototyping from concept through production-ready design.
Firmware development, device drivers, HAL design, RTOS integration, and embedded software architecture to support hardware functionality and real-time requirements.
End-to-end productization support including verification & validation planning, regulatory strategy for device compliance and usability, and assistance to accelerate market entry.
Feasibility investigations using lean prototype builds, bench testing, working prototypes, and in situ testing to gather technical evidence and inform next development milestones.
Facilitation of a structured, multi-phase design-driven development process with phase-gate decision points, plus custom training, webinars, podcasts and design-sprint facilitation for client teams.
Expertise Areas
- Human factors engineering and usability testing
- Medical device design and industrialization
- Embedded systems and firmware engineering
- Connected devices, cloud telemetry and IoT integration
Key Technologies
- Biosensor and wearable sensor design
- Embedded firmware and hardware abstraction layers (HAL)
- Real-time operating systems (RTOS)
- Cloud-based telemetry and IoT backends
News & Updates
Exploring how Kablooe leveraged their D3 Process to create a remote medication dispensing device with locked storage and multi-dose dispensing.
An article discussing the benefits of Hardware Abstraction Layers in embedded systems.
A guide exploring how to connect software to hardware, identify common integration roadblocks, and highlight device driver best practices.
Exploring how Kablooe leveraged their D3 Process to create a remote medication dispensing device with locked storage and multi-dose dispensing.
An article discussing the benefits of Hardware Abstraction Layers in embedded systems.
A guide exploring how to connect software to hardware, identify common integration roadblocks, and highlight device driver best practices.