Assembly and access
Clips, doors, slides and rails are built into the printed geometry. The enclosure itself does more of the work.
01 / HARDWAREONE PLATFORM. THREE FORMATS.
One platform. Three ways to use it.
Our vision software comes with hardware selected to run it. Choose a complete appliance, a network booster or an AI camera to suit your application.
Vision appliance
A complete, self-contained device that runs both our vision software and your application. Keep the whole solution in one place.
AI booster
Add video processing power to your existing setup. Place the booster on your network while your application keeps running on its own machine.
AI camera
Work with very high-resolution images straight from the sensor, before video compression removes detail. More information at the source, to see further into spacetime.
Build a system around your application.
Start with one device or combine several. A camera processes images where they are captured, while a booster or appliance provides processing elsewhere in your system.
Combine devices into a solar system. Deploy a galaxy of applications.
02 / HARDWARE DESIGNSHAPE IS PART OF THE SYSTEM
We warp the space
around the electronics.
3D-printed. Shaped for the job.
3D printing lets us shape the space around every component. The enclosure evolves with the software and electronics. Iterations are quick.
An air duct curves toward the heat. A rail guides a board into place. A door puts access where it is needed. When the product changes, we reshape that space, print and iterate.
Complex shapes serve practical purposes. The printed geometry provides structure, access, airflow and visual character, combining several functions in the same object.
Airflow and protection
Vents, air ducts and porous filter structures are designed into the housing, alongside the electronics they serve.
Shape and finish
Structural features also define how the product looks. Shapes, colours and surface finishes are part of the same design.
Choose the material for where it will work.
Different environments call for different properties. Material, geometry and finish are selected together.
Toughness, heat and chemicals.
Some materials offer greater toughness, others tolerate higher temperatures or more demanding chemical environments. The choice follows the job.
A finished product.
Modern 3D printing produces high-quality surface finishes and combines shapes and colours. For water-tight enclosures, material selection, the print process and sealing are designed together, with testing against the requirements of the application.
Consider what comes next.
Recyclable materials and materials with biodegradable properties are options where suitable. The choice also depends on the product’s working life and the recycling or treatment available.