Roooll · Medical & Lab

Steady benches.Traceable runs.

Cobots tend slots and sample paths you can teach and log—while your team owns interpretation, releases, and exceptions.

Clinical & R&D benches

Instruments wait for samples—not your techs for whole shifts at the slot

In busy runs, loading is where drift starts—a slightly off path, a short dwell, a messy batch change—and downstream cost is re-test and traceability. Roooll arms execute taught load, transfer, and place motions with a footprint that fits existing benches. Reteach when the study changes the same day, so analyzers keep feeding while people return to interpretation and exceptions.

Labs don't need bigger fences

What labs need is motion that replays tomorrow, batches that swap by program, and audit trails that answer who moved what, when. Cobots earn their place by cutting bench variation—not by fencing off another dedicated line.

  • Taught load paths

    Rack to slot with fixed trajectory and dwell; change batch, change parameters—not muscle memory.

  • Exceptions surface faster

    Consistent motion makes missed or extra steps visible in the workflow, not buried in individual habit.

  • Still fits the bench

    Compact reach mounts beside BSCs, analyzers, and line-side tables—not only greenfield layouts.

More benches. One teach playbook.

Analyzers · Sample slot

Analyzer tending: batches keep moving, people read results

Peak loading doesn't need another body at the machine. Cobots tend on program; techs spend time on review, re-runs, and exception reports.

Medical and lab scene: collaborative robotic arm aliquoting and transferring samples on a bench.

Sample bench · Aliquot & transfer

Sample handling: same path, batch-to-batch

Aliquot, cap, and transfer chains drift when handed off manually. Arms run fixed paths—new study, new program, clearer trace.

Medical and lab scene: collaborative robotic arm executing repeatable SOP pick-place on a bench.

Repeatable bench · SOP

Bench repeatables: steady cadence, SOP you can replay

Pipetting, decap, and fixed places fill shifts but resist standardization. Programmed cobots make same every time real; people own QC and process improvement.

A clearer way to run the bench

Before

Techs run between analyzers, benches, and cabinets—handoffs live in memory and sticky notes.

With Roooll cobots

Load, transfer, and repeat pick-place on program—people focus on interpretation, release, and process improvement.

Choose Roooll—not just an arm

  • r-Lite to r-Core, one teach stack

    Pilot on r-Lite, scale tending and multi-station benches on r-Core—same teach logic and flange, documentation carries forward.

  • Speaks your LIS / PLC habits

    TCP/IP, I/O, Modbus, and qualified EOAT paired to your SOP—not a parallel black box.

  • Support when runs can't wait

    Cross-time-zone engineering with a clear response within 12 hours; spares and a 2-year warranty on core components.

Commitments you can plan around

  • 12h

    Global technical response—clear direction when a critical workflow stalls.

  • 2-yr

    Limited warranty on core drives—motors, reducers, and control architecture.

  • 3–5 days

    Standard-config shipment after payment confirmation—pilots and terms don't wait a quarter.

Match reach and payload to the bench

Roooll r-Lite collaborative robot (integrated controller), 3kg payload, ±0.05mm repeatability, 622mm reach; compact production cells.

r-Lite

Roooll r-Core collaborative robot (standard), 5kg payload, ±0.02mm repeatability, 922mm reach; precision assembly and QC.

r-Core

Rated payload3 kg (5 kg instant)
Rated payload5 kg (7 kg max)
Reach622 mm
Reach922 mm
Repeatability±0.05 mm
Repeatability±0.02 mm
Arm weight≈12 kg
Arm weight≈22 kg
Footprintφ125 mm base
Footprintφ149 mm
ControllerBase-integrated
ControllerExternal cabinet
IP ratingIP54
IP ratingIP54 (IP65 optional)
TeachWeb App / pendant
TeachPendant / mobile terminal
Typical useSample bench, pipetting assist, compact tending
Typical useAnalyzer loading, multi-station benches, line-side logistics

Plan your lab cell

Share payload, reach, and bench cadence—we'll match the right r-Series cobot and integration path.

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