The Datalogic AV7000 is a stationary industrial linear imager for automated barcode reading on high-speed conveyors, parcel sorting lines and dimension-weigh-scan systems. Available in 8K and 12K versions, it captures detailed parcel images for traceability, image archiving and configured OCR and video coding workflows.
The AV7000 reads 1D and 2D barcodes and captures parcel images as items travel through a scanning station. Its line-scan sensor builds an image from successive lines captured during movement, making conveyor synchronisation an important part of the installation.
Within MarvelTech’s range of stationary industrial scanners, the AV7000 suits courier hubs, retail distribution centres and fulfilment facilities that need broad conveyor coverage and detailed image records. Multi-camera installations can cover several parcel faces, with the number and position of readers determined by label locations and conveyor geometry.
The 12K version provides more pixels across the reading area and a higher maximum line rate. These capabilities are useful when wider coverage or smaller barcode elements require more image detail.
| Specification | AV7000 8K | AV7000 12K |
|---|---|---|
| Linear CMOS sensor | 8,192 pixels | 12,288 pixels |
| Line-scan rate | 33,000 lines per second | Up to 40,000 lines per second |
| Conveyor coverage in current product guidance | Up to 1,200 mm | Up to 1,600 mm |
| Published image resolution | 110–260 pixels per inch, depending on configuration | Up to 320 pixels per inch, depending on configuration |
| Barcode support | Standard 1D and 2D symbologies | Standard 1D and 2D symbologies |
Coverage, image resolution and reading performance depend on the lens, mounting distance, parcel height, barcode size and transport speed. Maximum coverage and maximum resolution should not be assumed to apply together; line-scan rate also does not specify parcels processed per hour.
Datalogic identifies the 12K model for high-density barcodes down to 6 mil, approximately 0.15 mm per narrow bar or module. This capability requires an appropriate optical configuration and validation with representative labels.
Autofocus accommodates changing reading distances within the configured depth of field, while digital zoom maintains a consistent image scale, expressed in pixels per inch. These functions help keep parcel images usable across the specified height range.
The Pulsed Lighting System supports compact multi-sided reading stations. Select the AI7000 illuminator and camera optics together: lighting length, viewing angle, reflective packaging and access for maintenance all affect the station layout.
Decoding algorithms support challenging printed codes, but the required read rate should be tested with actual labels, including damaged examples and reflective wrapping. A barcode hidden from the camera still requires another viewing angle or a change to parcel presentation.
Browser-based configuration provides access to setup functions. Image transfer, storage capacity and host communication must be specified separately to suit the volume of parcels and the required retention period.
The AV7000 supplies barcode identification and parcel images to sorting and tracking workflows. In a dimension-weigh-scan system, separate dimensioning and weighing equipment provides the measurements; the integration must associate those measurements with the correct barcode and parcel record.
Station design should account for conveyor speed changes, minimum parcel spacing, the smallest and tallest items, and every face on which a label may appear. Multi-sided coverage requires the appropriate camera views and mechanical access, particularly when underside reading is required.
For a conveyor carrying cartons with labels on either the top or a side, assess separate top and side camera views. Test both views with the smallest barcode at the maximum parcel height, then check that barcode results, images and any DWS measurements remain associated with the correct carton at the minimum operating gap.
This application check establishes whether the proposed optics and layout meet the reading requirement before the configuration is finalised.
Captured images can support optical character recognition, or OCR, which extracts printed text, and video coding, where an operator reviews an image to resolve an identification exception. Specify the processing software, required text fields and exception-handling workflow as part of the project.
Images can be exported in formats ranging from full definition to compressed JPG. Choose resolution and compression according to the task: reviewing a shipping label may require more detail than confirming that a parcel passed through the station. Storage location, retention time and retrieval by parcel identifier also need to be defined.
AV7000 installations can incorporate redundant controllers, conveyor-speed signals, photo-eyes and a closed EBC communication loop. These are system configuration choices that need to be included in the station design and quotation.
Agree the required behaviour during a camera, controller or communication fault, including how unread parcels are handled. Image archiving and diagnostic access support investigation, but do not themselves provide a redundant reading path.
For a warehouse management system, sorter controller or image archive, confirm the communication protocol, message structure, parcel identifiers and timing requirements. An Ethernet connection alone does not establish application compatibility.
The Datalogic AV500 is an alternative for applications requiring area-image capture, including static reading and manual parcel presentation. It uses a 5 MP sensor with acquisition up to 32 frames per second and integrated continuous illumination.
The AV7000 is worth evaluating when a moving parcel flow requires detailed line-scan images across a broad reading area. Compare both approaches at the same conveyor width, parcel height, barcode size and operating speed; frame rate and line rate measure different acquisition methods and are not directly comparable throughput figures.
MarvelTech supplies automatic-identification equipment and offers equipment maintenance and support contracts. For an AV7000 project, request an application review covering model selection, optics, illumination, reading-side coverage and host integration.
The quotation should identify the reader models and quantities, illuminators, mounting hardware, power supplies, cables, sensing and controller equipment, image-processing software and any redundancy options. Installation, commissioning and ongoing support should be itemised where required. Confirm availability, delivery timing, warranty terms and service coverage for the proposed installation.
Send MarvelTech your conveyor layout and representative barcode samples, together with:
Include photographs or a short video of the parcel flow to support selection of the AV7000 model, lighting and station layout.
The AV7000 suits conveyor-based parcel identification in courier hubs, distribution centres and fulfilment facilities where barcode reading and detailed parcel images are both required. Within MarvelTech’s stationary industrial scanner range, consider it when conveyor width, variable parcel heights or image-review requirements justify a configured line-scan installation. Selection should account for the smallest barcode and every parcel face requiring coverage.
The 12K provides 50% more sensor pixels across the reading width, supporting applications needing finer detail or wider coverage. Datalogic’s current product webpage describes conveyors up to 1,200 mm for 8K and 1,600 mm for 12K. Some 8K documentation also lists a 1,400 mm field of view. Confirm coverage against the selected optics, parcel heights and barcode size; maximum coverage and maximum image resolution are not necessarily available together.
Usable speed and throughput depend on the complete reading station. The 8K specifies 33,000 lines per second, while the 12K specifies up to 40,000; these are image-acquisition rates, not parcels per second. Conveyor movement determines the spacing between captured lines. Validate the required image detail, barcode-to-parcel assignment and result timing at maximum speed, minimum parcel spacing and during acceleration or stop-start operation.
Six-sided reading requires a multi-camera installation with suitable viewing paths. One camera captures surfaces visible from its mounting position; it cannot see through a parcel or conveyor belt. Underside reading needs mechanical access beneath the item, while closely spaced parcels can obstruct front or rear labels. Define the required faces and parcel spacing before deciding camera quantities and mounting positions.
Evaluate the AV7000 when moving parcels require detailed line-scan images across a broad reading area. The Datalogic AV500 area imager captures two-dimensional frames and also suits stationary or manually presented items. Compare both using the same label samples, conveyor width, object heights and image requirements. Line rate and frame rate describe different acquisition methods and do not directly establish which system handles more parcels.
The AV7000 supports 1D and 2D decoding, including challenging printed labels. Datalogic identifies the 12K for barcode elements down to 6 mil, approximately 0.152 mm, with an appropriate configuration. That capability does not establish readability through glare, folds or missing print. Test representative cartons and polybags, including the poorest acceptable labels, at the intended reading distances, viewing angles and conveyor speeds.
Autofocus adjusts focus for changing reading distances within the configured operating envelope; digital zoom maintains a consistent image scale, expressed in pixels per inch. Neither substitutes for selecting suitable optics. Check the smallest required barcode at the nearest and farthest label positions, and specify the height-sensing or focus-control arrangement needed to accommodate the actual parcel flow.
The AV7000 supplies images for these workflows, but a complete processing and storage solution must be specified separately. OCR extracts printed text; video coding lets an operator interpret an image to resolve an identification exception. Define the software, any licence requirements, operator tools and archive capacity. Choose image resolution and compression around the required text detail, then specify retention periods and retrieval by parcel identifier.
The AV7000 provides barcode identification and images; separate dimensioning and weighing equipment supplies the measurements in a dimension-weigh-scan system. Integration must associate these results with the same parcel. Ethernet and serial interfaces provide connection options, but warehouse or sorter compatibility also requires agreed message formats, identifiers and timing. Define how unread parcels, multiple labels and missing measurements should be handled before commissioning.
A reading station needs matched camera optics and AI7000 illumination, mounting hardware, power and connection cables, plus the sensing and control equipment required by its layout. The specified supply is 23–26 V DC at the illuminator connector. Pulsed illumination supports compact multi-camera arrangements, but cooling and maintenance clearance still matter. Itemise any additional cameras, height sensing, conveyor-speed feedback, controllers and redundancy options in the quotation.
The published operating range is 0–50 °C, with IP65 protection. Sub-zero operation falls outside that temperature range, and IP65 alone does not establish suitability for immersion, high-pressure washing or particular cleaning chemicals. Assess temperature, condensation, contamination and cleaning procedures at the mounting location. Maintain access to the optical surfaces and cooling components so routine servicing is practical.
Send a conveyor layout, speed range, minimum parcel spacing, parcel dimensions, label locations and representative barcode samples with their smallest bar or module size. Include required reading faces, target read rate, host interfaces and any DWS, OCR or image-retention requirements. Request an itemised proposal defining equipment, software, commissioning responsibilities and maintenance and support services, together with the installation location and target date.
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