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Catch us at Automate — June 22, Chicago

Application

Robotic cleaning platforms

Navigation, obstacle avoidance, glass and walls, people, furniture, and docking.

Robotic cleaning platforms

The stack

Four steps to sight you can certify.

Protect, map, see, think — the same four-layer stack on every robot. This build is configured for the application above; the safety floor never changes, the parts above it do.

Configured for Cleaning · Autonomous floor-care — busy public floors, full shift, low obstacles. GS1-5, LR-1F, S11, iBOX-602P

  1. OLEI GS1-5
    01 · ProtectSIL2 · Type 3 · PL d

    The safety floor goes in first.

    OLEI GS1-5 · 270° · Type 3 / SIL2 / PL d · 5 m protective

    A 270° functional-safety scanner certified to stop for people — the same safety class as SICK, at roughly half to a third of the price. People stop being a risk calculation.

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  2. OLEI LR-1F
    02 · Map

    Then the world gets geometry.

    OLEI LR-1F · 360° FOV · 50 m · 10–25 Hz · 2D point cloud

    The robot stops inferring the building and starts measuring it — full geometry, out to range.

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  3. MRDVS S11
    03 · See

    Close range gets eyes.

    MRDVS S11 · dToF RGBD · 140° × 56° · 0.1–6 m · ±1 cm @ 2 m

    Depth at arm's length: pallet pockets, bins, low obstacles, and the people who step in close.

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  4. Sintrones iBOX-602P
    04 · Think

    And one brain runs it all.

    Sintrones iBOX-602P · Jetson Orin NX · 2× PoE + 2× GMSL-2 · IP66

    Every sensor above lands here and leaves as one feed your software already understands — every room you just walked through, in one box.

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Output: one integrated feed → your stack. Thirty years of measurement instruments behind every part.

See the full-stack approach

Ready when you are

Building robotic cleaning platforms?

Tell us the environment, range, and what it must detect. We'll spec the stack and put it on a 90-day trial.