Automation developed jointly with
the people who will run it
Geared towards advancing manufacturing technology, which underpins a sustainable society, we aim to ease labor shortages, enhance productivity, and at the same time increase worker satisfaction by creating solutions through joint development with customers. That joint development matters: a robotic cell that ignores how the line actually runs gets switched off within a month, so we design around the existing process, the operators and the maintenance reality.
Included service features
- Industrial automation and robotic cells
- Healthcare and assistive robotics
- Autonomous exploration and inspection
- Devices, modules and control systems
At Dynaiz Technology, we are committed to pioneering the future of healthcare through robotics. By collaborating with healthcare providers, researchers, and industry stakeholders, we continuously innovate and refine our robotic solutions to address the evolving needs of the healthcare ecosystem. With the goal of achieving carbon neutrality and realizing a digital society, we also enhance the sustainability of social infrastructure by facilitating the spread of renewable energy and the automation that keeps it running.
What we do?
From conceptualization to deployment, our end-to-end development process ensures a seamless journey. We integrate the latest technologies, including AI, sensors, and control systems, to create robotics solutions that excel in functionality and performance. Whether exploring unknown terrains or inspecting hazardous environments, our robotics solutions lead the way: drones, rovers, and autonomous systems equipped with state-of-the-art sensors ensure effective data collection and analysis. We are also expediting the introduction of new energy and the realization of a digital society through our proprietary technologies for electric or higher-frequency products, and innovative solutions centered on devices and modules with minimal environmental impact.
How we engage
Feasibility and cell design
Fixed scope
Concept through to commissioning- Process and safety assessment
- Cell and fixture design
- Control system specification
- Operator interface design
- Commissioning and training
Joint development
Monthly
Ongoing programme, billed monthly- Your engineers alongside ours
- Iterative prototype cycles
- AI, vision and sensor integration
- Condition monitoring
- Maintenance and spares planning
Robotics questions, answered
Our stated aim is to ease labour shortages and increase worker satisfaction. In practice that means automating the repetitive, hazardous or hard-to-staff parts of a process, and moving people towards supervision, quality and exception handling. Programmes designed around headcount reduction alone tend to fail on the shop floor.
Your operators and engineers work with our team from concept through commissioning. They shape the cell layout, the interface and the exception handling, which is what makes the finished system something the line will actually use.
Yes. Drones, rovers and autonomous systems equipped with current sensor packages are used for exploring unknown terrain and inspecting hazardous environments, collecting data that would otherwise put a person at risk.