An enclosure defines a read volume: it makes it possible to read only what it contains, or to prevent its contents from being read from the outside.
Where a carton, a bin, a pallet or a piece of equipment requires a dedicated read zone, the enclosure is designed to suit its geometry and its operating environment.
Relevant configurations: Dimensions or shape incompatible with a standard dome · a volume or piece of equipment to be treated in place · contents to be kept from being read from outside · the need for a reclosable enclosure or one integrated into existing equipment.
Design parameters: The design depends on the geometry of the volume, the operator's movement, whether the station is fixed or mobile, and integration constraints. Whatever the architecture, three rules remain constant: continuity of the envelope, junctions formed by overlap or compression, and access without interrupting the shielding.
| Configuration | Description |
|---|---|
| Flexible dome | Textile envelope sized around a carton, a bin, a pallet or a piece of equipment, with access through a reading sleeve. |
| Mobile cell | Structure on castors with a flexible envelope and access through an overlapping sliding front, designed to move the read zone with the station. |
| Rigid cell | Configuration with rigid walls, closing with a compressed gasket, a reading sleeve and an internal absorber to reduce reflections inside the volume. |
Schematic drawings. The configurations shown illustrate possible architectures and are not standard products.
Discuss your configuration
A custom enclosure is designed around a specific situation. A few details are enough to get started: · the volume or equipment to be treated, and its dimensions · what needs to be read, or what must not be read from the outside · the station: fixed or mobile, and the operator's movement · integration constraints