Technology

STEP 01 | Concept & Requirements Definition

We organize and refine your initial ideas to build a viable path to market. No prior experience in medical device development is required. Whether you are starting with a simple desire to “create a specific product” or “solve a particular clinical problem,” we help translate your vision into concrete technical requirements—always accounting for patient safety, usability, and the caregiver’s perspective.

Drawing from our medical safety design principles, we collaborate with you to clarify the project’s direction, including control systems, safety protocols, and fail-safe redundancies.

STEP 02 | Electrical Design & Embedded Software

We design electrical architectures and embedded software, specializing in precise sensor and actuator control. Our control systems prioritize rock-solid, stable operation embedded with robust fail-safe measures. Embedded software development is executed in close collaboration with our facility in Vietnam, allowing us to significantly optimize development costs without sacrificing quality.

STEP 03 | Mechanical & Precision Mechanism Design

We engineer high-performance mechanisms and enclosures for medical devices, specializing in structures that require complex fluid dynamics, moving parts, and airtight sealing.

From day one, we design with manufacturability, ease of assembly, and the entire production lifecycle in mind—striking the perfect balance between engineering feasibility and premium quality. Furthermore, because we house in-house CNC cutting machines and 3D printers, we can rapidly transform designs into tangible prototypes, minimizing rework and reducing prototyping costs.

STEP 04 | Regulatory Affairs & Compliance

We guide your design and prototyping through a structured workflow fully compliant with ISO 13485 standards. Leveraging our extensive expertise in ventilator compliance, we organize all necessary technical documentation in parallel with the engineering process, ensuring a smooth, predictable path from STED (Summary Technical Documentation) creation to final regulatory submission.

STEP 05 | Prototyping & Verification

Once the physical prototype is built, we conduct rigorous verification testing against your performance criteria and product vision. We meticulously evaluate control responsiveness, physical operation, and safety mechanisms. Based on these insights, we collaborate with you to fine-tune the mechanical, electrical, and software components to maximize overall product quality.

STEP 06 | Precision Component Manufacturing

We perform high-tolerance precision machining for specialized medical components. Our manufacturing infrastructure is seamlessly equipped to scale from low-volume prototyping to full mass production, ensuring consistent quality at every stage.

STEP 07 | Specialized Assembly & Manufacturing (Vietnam & Japan)

Primary assembly and manufacturing take place at our state-of-the-art facility in Vietnam. Through tight, real-time coordination with our Japanese engineering team, we maintain strict quality control while optimizing manufacturing costs. Depending on your product’s specific characteristics, volume, and quality requirements, we also offer flexible options for domestic production in Japan or through trusted partner factories.

STEP 08 | Mass Production, Optimization & Lifecycle Support

Our relationship does not end at product launch. In addition to scaling up mass production, we provide agile support for ongoing product improvements, cost-reduction updates, and the development of next-generation derivative models. We are your dedicated partner throughout the entire product lifecycle.