Agent 06 · robot-and-handling

Take the hands out of the isolator.

Every gowned intervention is a contamination event waiting to happen. The robot-and-handling agent drives tray, nest, and load manipulation inside gloveless isolators, precise, tireless, and free of the human ingress Annex 1 wants eliminated.

ROBOT · ISOLATOR 02GLOVELESS
Human interventions
0gowned interventions on validated tasks
fewer intervention deviations
0continuous aseptic operation
0 mmrepeatable placement precision

The problem

People are the contamination source you can't fully control.

Gowning, glove ports, and manual interventions introduce the microbial risk that isolators exist to prevent. Even flawless technique varies shift to shift, and every entry is a documented deviation risk.

  • Glove-port interventions shed particulate.
  • Technique varies between operators and shifts.
  • Each entry is a deviation waiting to be written.
TASKNEST LOAD
CYCLE4.2 s
GLOVE PORTSEALED
INGRESSNONE

How it works

See, plan, place, inside the sterile boundary.

  1. 01

    Perceive the scene

    Vision inside the isolator locates trays, nests, and vials with sub-millimeter accuracy.

  2. 02

    Plan the motion

    Collision-free trajectories respect first-air and unidirectional flow constraints.

  3. 03

    Manipulate precisely

    Load, transfer, and orient components without human entry.

  4. 04

    Log every move

    Actions recorded with a Part 11 trail for review by exception.

Capabilities

Aseptic manipulation, end to end.

Tray & nest handling

Loads and transfers nested vials and trays without disturbing first air.

Component loading

Stoppers, caps, and consumables staged and presented on demand.

First-air aware

Motion planning preserves unidirectional airflow over open containers.

Gloveless operation

Enables sealed, gloveless isolator designs with no port interventions.

Vision-guided

Adapts to part variation instead of relying on rigid fixturing.

Safe recovery

Detects and recovers from misfeeds without human entry.

Risk removed

The isolator no one has to open.

When routine handling is robotic, the number of sterile boundary breaches trends to zero. That is the largest single reduction in contamination risk available on a modern fill-finish line.

See contamination control
BOUNDARY BREACHES→ 0
Breaches per shift

Under the hood

Precise, aware, accountable.

PRECISE

Repeatable to 0.1 mm

Consistent placement no gowned operator can match shift after shift.

sub-mm
AWARE

First-air preserved

Trajectories never break unidirectional flow over open product.

airflow-safe
LOGGED

Every move audited

Full Part 11 record for release by exception.

Part 11

Manual vs. Sterira

Robotic aseptics win.

BehaviorManual / glove portRobot-and-handling agent
Sterile boundary breachesEvery entry→ 0
Placement consistencyVaries0.1 mm
Continuous operationShift-limited24/7
Action audit trailPartialComplete
"Once routine handling went robotic, our intervention deviations essentially disappeared. The isolator stays sealed for the whole campaign."
ENEngineering Director
Contract fill-finish operation

FAQ

Common questions.

It can retrofit robotics into suitable existing isolators or inform gloveless designs on new lines. We assess feasibility during scoping.

Motion planning is constrained so no arm or component interrupts unidirectional airflow over open containers.

The agent detects the fault, isolates the affected units, and recovers without a gowned intervention wherever the design allows.

Seal the isolator for good.

Pilot robotic handling and watch intervention deviations fall.