Vision-guided picking. At the shelf or in the cell.

A collaborative arm with a vacuum gripper picks totes and items. On Picker P1 it rides a mobile base with a lift mast to the shelf; in the fixed cell, stock totes come to it from storage and cameras find each item. People stay outside the robot's working area.

See it move Discuss your orders

See tote storage →

Engineering model render of the Picker P1 robot arm and vacuum gripper taking a tote from a shelf — Engineering model render from Autodesk Fusion. Concept design, not a photograph.

The fixed cell · interactive model

See it. Pick it. Place it.

The cameras scan the stock tote, mark the item and guide the arm.

Robot arm picks items from a stock tote into an order tote while vision cameras scan and mark each item — 3D visualisation

Engineering model render from Autodesk Fusion (concept, not a photograph)

Vision. Overhead cameras find each item and its best pick point.
Suction gripper. The arm lifts boxes, bottles and packs.
Two ports. Stock tote in on one side, order tote on the other.
Guarded. Perimeter guarding and protective devices are proposed. Access, openings, stopping performance and restart conditions require risk assessment and validation.

Plan the cell

Start with your items.

We size the cell around your items and orders.

Item range

Sizes, weights, shapes and packaging.

Order profile

Lines per order and peak picks per hour.

Integration

Links to storage, conveyors and your warehouse system.

Before you ask

Picking questions.

Can I order this now?

Not yet. The cell is in development. We can plan it with you now.

Which items can it pick?

Most boxed and bottled goods. Soft or odd items need testing first.

Does it connect to storage?

Yes. It is built to sit at the port of our tote storage, or your own.

Specification

The numbers in one place.

Design and target values for this machine. None are tested yet unless marked Market. On a phone, swipe the table sideways.

Item	Value	Type
Cell	One robot arm with a suction gripper	Design
Vision	Overhead cameras find each item and its pick point	Design
Ports	2: stock tote in on one side, order tote on the other	Design
Tote size	600 × 400 × 280 mm, the same as tote storage	Design
Items	Boxed and bottled goods; soft or odd items need testing first	Design
Guarding	Glass panels and a light curtain	Design
Pick rate	Not claimed yet	To be measured

Robotic picking cell

Tote to tote, in the engineering model.

The arm picks from a source tote on one conveyor and places into an order tote on the next, rendered from the Fusion design model.

Engineering model render of a robot arm picking an item from one blue tote into another on roller conveyors — Engineering model render from Autodesk Fusion. Concept design, not a photograph.

Concept · 3D design No physical testing yet; ratings are published only after testing.

Picker P1

The same arm, on wheels.

Picker P1 carries the arm and gripper to the shelf on a mobile base with a lift mast, for sites without tote storage.

Engineering model render of Picker P1 picking a tote from shelving — Engineering model render from Autodesk Fusion. Concept design, not a photograph.

Payload: 15 kg tote
Pick height: 0.3–1.8 m
Design rate: 75 picks/h per robot

Concept · 3D design Figures are design calculations from the Fusion model. No physical testing yet; ratings are published only after testing.

Picking enquiry

Tell us about your items and orders.

Share item types, order lines per hour and where stock comes from.

+44 20 8057 6227 info@sapientech.co.uk