Mechanical Design
Modeling / Functionality / Integration
Mechanical design: a key link in connected object development
Mechanical design is a decisive step in building a connected object. It ensures technology fits into an enclosure that is functional, aesthetic, and ready for industrialization.
At BLUEGRioT, we design custom mechanical parts housings, mounts, and internal structures starting from technical constraints (electronics, battery, antenna) and real-world use (grip, environment, opening frequency, cleaning, and more).
Our strength is bringing mechanical design in early, so we can anticipate friction points between electronics, software, and manufacturing. This co-design approach is the key to a mature, robust product that is ready to produce.
From 3D model to production: end-to-end control
Our mechanical design team uses CAD tools to model parts, validate assembly clearances, test wall thickness, closures, clips, screw bosses, and all user-facing interfaces.
We design with final manufacturing processes in mind: plastic injection molding, 3D printing, machining, laser cutting, and more. Mechanical design respects industrial tolerances and cost targets, while ensuring the product can remain serviceable, repairable, or upgradeable when needed.
This pragmatic approach allows us to deliver production-ready files without last-minute adjustments.
Prototype, test, improve
Before manufacturing, we build mechanical prototypes (3D printing, sintering, machining) to validate structural and ergonomic choices. These iterations help test volume constraints, strength, durability, and resistance to water splashes and dust.
With deep IoT mechanical integration experience, we know how to fit antennas, sensors, PCBs, and batteries into compact volumes without compromising performance. This rigor makes the difference between a device that works in the lab and a product ready for real-world deployment.
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