Roooll builds collaborative robot arms — and stays with the people who have to choose them, install them, and stand behind the running cell. The aim is a project that feels lighter, and safer to move forward, from day one.
A sound automation call still needs five answers: floor fit, which model to quote first, how the finalists differ, whether delivery stays visible, and who owns service once the robotic arm is running. This page maps each question to one Roooll capability, and to a concrete output.
Roooll capability overview
| Roooll capability | Core pain point | Expected output |
|---|---|---|
| Online AR Preview | Specs are clear but on-floor fit is still uncertain | First-pass floor-fit decision (footprint/clearance/operator path) |
| Product Advisor | Teams cannot commit to a first model | Primary model, upgrade option, and PDF summary |
| Side-by-Side Comparison | Finalist data is split across files | Finalist comparison conclusion |
| RooollTrack | Post-order progress is fragmented | Traceable delivery timeline |
| RooollCare | After-sales responsibility is ambiguous | Clear operations support ownership |
Online AR Preview —— solve floor-fit uncertainty first
Resolve space risk before debating specs—open in the browser, no app download.
Pain point
Many teams agree on parameters but still disagree on whether the robot will actually feel right on the floor. Without spatial validation, interference and operator-path issues appear too late.
How to use
On the real floor, open the product page in a mobile browser and launch Online AR (no app download).
Place the 1:1 model and walk the operator path.
Record three conclusions: footprint acceptance, clearance risk, and operator comfort.
Difference vs common approach
Traditional flow often waits for CAD or a sample-unit visit; many brand AR tools also require an app install. Roooll ships Online AR in the mobile browser so first-pass spatial screening happens earlier and obvious mismatches are filtered before deeper effort.
Product Advisor —— turn broad discussion into first decision
Get a primary model first, optimize second.
Pain point
Cross-functional teams often spend days discussing options but still cannot commit to a first quote model.
How to use
Complete the five-question flow.
Capture the primary model and upgrade path.
Export the summary PDF for internal alignment and inquiry preparation.
Difference vs common approach
Instead of starting with a long candidate list, Roooll starts with a structured primary recommendation so meetings move from open debate to focused verification.
Side-by-Side Comparison —— turn preference into row-level proof
Final decisions need aligned rows, not scattered files.
Pain point
Finalist discussions break down when specs are spread across multiple PDFs and spreadsheet versions.
How to use
Put one primary and two alternatives into the same table.
Verify payload, reach, repeatability, cabinet, and joint parameters in one view.
Share the link or one-page PDF with procurement and engineering.
Difference vs common approach
Manual comparison usually introduces copy-and-interpret errors. Roooll keeps one schema and one live view to reduce rework and ambiguity.
RooollTrack —— turn status chasing into shared visibility
Delivery transparency should not depend on chat follow-ups.
Pain point
After ordering, milestones, media, and documents often live in separate channels, creating version confusion and response delays.
How to use
Treat the project link as the primary progress source.
Align production, QC, shipping, and delivery milestones.
Keep key documents on the same timeline for auditability.
Difference vs common approach
Common practice relies on manual status messages and forwarded files. RooollTrack binds milestone progress and documents into one traceable stream.
RooollCare —— turn reactive support into operating mechanism
Go-live is the start of support, not the end of scope.
Pain point
Many teams discover post-go-live that escalation paths and support ownership were never clearly agreed.
How to use
Confirm service entry and contacts before go-live.
Define issue classes and escalation path.
Include support boundaries in the delivery package.
Difference vs common approach
Instead of waiting for incidents to define process, Roooll aligns response structure upfront to reduce downtime and friction.
Service entry reference: Global service support
Recommended execution order
Online AR: first-pass floor feasibility in the browser—no app.
Advisor: primary model + upgrade path.
Comparison: finalist proof and shareable output.
Inquiry: quote based on aligned evidence.
RooollTrack + RooollCare: transparent delivery and stable operations support.
Every cobot project answers the same five questions. The faster those answers become clear, the faster teams move from discussion to deployment. Roooll’s capability ecosystem is designed to make each decision visible, connected, and reusable—from the first Online AR floor check to long-term support.
