Creating effective fitness devices requires balancing performance, comfort, and durability. Informed by biomedical engineering and advancements in medical devices, we guide end-to-end development from concept to design, prototyping, and production, delivering robust, user-focused devices built to perform, track, and enhance real-world activity with clinical-grade reliability.

This is where we define the user need, intended use, and performance goals, while assessing feasibility, design constraints, and risks. This phase ensures the right opportunity is validated before development begins, setting the stage for effective and engaging fitness solutions.

Here, we shape product requirements into a functional fitness device through system architecture, electronics, firmware, mechanical design, and rapid prototyping. This phase prioritizes iterative development, reliable performance, and manufacturable design optimized for real-world activity.

At this stage, we ensure the device performs reliably through testing and validation, while refining designs and processes for scalable, consistent production. This phase helps minimize variability and ensures dependable performance during real-world activity and workouts.

Mechlab Innovations developed an advanced smart pendant that monitors heart rate and vital signs, providing continuous health insights. Stylish and wearable, it integrates seamlessly into daily life.

This wearable device supports better posture using a built-in IMU to detect slouching and provide gentle vibratory reminders. Lightweight and discreet, it helps users maintain alignment, reduce strain, and build healthier habits.

Mechlab Innovations developed an arm-worn strain gauge that monitors muscle load and movement during heavy lifting, providing real-time feedback. Lightweight and durable, it helps users optimize performance and reduce the risk of strain.
Have an idea in the fitness space? Let’s turn it into a safe, scalable product starting today.