Vision-guided picking
Finds the rack and every glass, and reads its orientation.
No templates, no fixed positions: each piece is picked where it really is.
Glass handling technology
Ø Code
The glass changes.
The robot doesn't.
Flexible glass handling with zero code. The cell recognizes every model by itself, in 2D and 3D, then picks it, moves it and checks it. A new model is a new drawing, not a new robot program: less downtime, more production.
Ø
lines of code to add a new model
2D+3D
vision on every single piece
100%
of pieces checked, each with its own report
Ø cloud
the AI runs in the cell: your data stays in your plant
Why Ø Code
Every new model used to mean a stop.
In a traditional robotic cell, every new glass shape calls for a programmer, new points to teach and test runs, while the line waits. With more variants and smaller batches, those hours add up.
| Topic | Traditional cell | Ø Code |
|---|---|---|
| New model | Reprogramming by a specialist |
Load the drawing, or just show it the piece |
| Finding the piece | Fixed templates and end stops |
2D + 3D vision, wherever it lies |
| Gripping | One fixed suction-cup layout per model |
Grip calculated for every shape |
| Quality | Manual spot checks |
Every piece, automatically, with a report |
| When something changes | The line stops, call the programmer |
It notices, adapts and tells you why |
The cell adapts to the glass, not the other way round.
How it works
From the drawing to the glass, in three steps.
1. Load the drawing
The CAD file you already have. No drawing? It reads the shape from the piece itself.
2. Build the sequence
Which glass, how many, in which order. A few taps.
3. Press START
The cell recognizes, picks, places and checks every piece.
Glass library+ New glass
Shaped glass A
from CAD drawing
ready
Shaped glass B
from CAD drawing
ready
Shaped glass C
from CAD drawing
reading…ready
Sequence
1Shaped glass B× 6
2Shaped glass A× 4
3Shaped glass C× 2
START
2D + 3D vision
It recognizes every model. By itself.
Colour image and 3D depth work together: the 2D view reads contours and colours, the 3D view measures heights, position and tilt. So the cell knows which model is in front of it, where it is and which way it is turned, on the table or right in the rack.
Clear, printed or opaque
Flat, shaped or curved
On the table or in the rack
Straight or mirrored
Show it once, it remembers
One cell, many products
The four pillars
One cell. Any contour. Zero code.
Flexible gripping
One gripper, any contour.
The grip is calculated from the shape: the cell decides how many suction cups to use and where, always inside the glass, and feels the contact before lifting.
Digital twin
Every move is verified before the robot moves.
A live 3D copy of the cell checks reach and collisions in advance, and shows on screen what the robot is about to do.
AI quality control
Contour and edge checked on 100% of pieces.
Chips and cracks are flagged automatically, with a digital report for every glass: full traceability.
Less downtime
More production. Fewer stops.
Changeover without reprogramming
New model, new file: no specialist on site, no test runs while the line stands still.
Mixed batches, no retooling
Different models in the same sequence, with the same gripper: each piece is recognized on the fly.
It adapts instead of stopping
A piece out of place, a rack moved by a few centimetres: it takes another look and corrects the move.
Plain words, not error codes
If something is missing it says what and where (air, a piece, space) so the operator can restart straight away.
Remote support
Every event is logged; analysis and updates arrive remotely, without travelling.
AI on your premises
Everything runs on a PC in the cell: no internet connection needed, your data stays in your plant.
Natural interface
Talk to it. Tap it. Drag it.
No robot language to learn. Give instructions by voice, tap a piece on the screen or drag it in the 3D twin to where it should go: the cell checks the move, then does it.
Voice
In Italian or English, even without internet.
Touch
Tap the piece on the camera image.
Drag in 3D
Green means the move is safe: one tap and it's done.
- “Put all the objects in the box.”
- “Trace the edge of the glass.”
- “Build a tower.”
Live at our stand
From the rack to the edge, in 3D.
Watch the cell in front of you work on its own, with no fixed program:
- Finds the glass in the rack, even clear glass
- Lays it flat on the table
- Picks up a tool by itself
- Follows the edge in 3D
- Puts the tool back
Also on show: recognizing and sorting mixed objects, packing them into a box, stacking them into towers.
Ø Code everywhere
One technology, every step.
The compact cell at our stand and our industrial glass sorting cells run on the same Ø Code technology.
Sorting
Rack picking
Machine loading
3D edge applications
Quality inspection
Packing
Traceability
Physical AI
Glass is the toughest test for a robot's eyes.
Transparent, reflective, fragile, always different. We built Ø Code on glass first: that's why it's ready for your line.
Bring us your glass.
Tell us about your models and your line: we'll show you how Ø Code handles them. Our team is here at the stand.