Stacking
Intralogistics is the complete process of managing and optimizing the logistics of materials within the warehouse of a manufacturing plant. When we picture operations like this, we imagine material handling systems, robotic operations, and palletizing systems. Palletizing goes through many changes throughout its process, and traceability is critical to ensuring we keep track of where everything is.
Industry Solutions
Intralogistics is the complete process of managing and optimizing the logistics of materials within the warehouse of a manufacturing plant. When we picture operations like this, we imagine material handling systems, robotic operations, and palletizing systems. Palletizing goes through many changes throughout its process, and traceability is critical to ensuring we keep track of where everything is.
Simply put, palletizing is the automatic process of stacking goods or products on pallets in a specific way. Trays are usually packaged with plastic film or tape. It is important to identify the tray and its contents by reading the barcode labels on the tray.
To ensure traceability goals are met, barcode reading solution products require a large field of view. Pallet labels can be applied automatically or manually, printed in real-time or pre-printed, and located anywhere and on any side of the pallet. Pallet packaging is highly reflective in certain lighting conditions, making barcode readability more challenging.
The large field of view solution is useful in palletizing and intralogistics , as a single barcode reader can be used to cover both sides of the pallet, even at high tilt angles. Full pallet coverage scans can be achieved with just two readers.
DATALOGIC Palletizing and Intralogistics Solutions
Detalogic S.p.A offers a range of effective pallet scanning solutions, depending on the required scanning coverage.
1. Single case barcode reading for palletizer entry. Offers excellent Bar / RQ Code reading performance due to its small size, ruggedness, ease of integration and configuration, and connectivity.
2. Matrix 320 was used to achieve greater field coverage on the finished tray. These include reading large labels with multiple barcodes, manually applied labels and non-repeating positioning, efficient reading of poorly printed low-contrast barcodes, and reading at high tilt angles. In most applications, a single barcode reader can cover two adjacent sides of the tray.
3. AV500 barcode reader for palletizing applications requiring larger field of view coverage.
All of the Datalogic S.p.A’s barcode readers above are imaging technologies developed for palletizing applications. OEMs can integrate it as part of the original packaging machine design, or retrofit it later.
Advantages
The above pallet solutions from Datalogic S.p.A offer a variety of options and benefits to meet and exceed customer needs. Key benefits include:
1. Validity
Products are built to last, further helping to protect your product and provide a certain return on investment. The code reader has an IP rating of up to IP67 and an operating temperature range of up to 50°C.
2. Communication
Choose the communication function suitable for each setup: TCP / IP, UDP, FTP, FTPS, Fieldbus PROFINET IO, Ethernet IP and Modbus TCP.
3. Decoding
The multi-core image processing platform is ideal for high-speed applications and you will get excellent decoding performance. For maximum throughput, hardware acceleration allows fast algorithm processing and improved decoding capabilities.
4. Lighting
Depending on the barcode type, as well as the material and color of the barcode, the lighting color and contrast can be easily selected for better read rates.
5. Usability
Use With advanced configuration tools such as E-genius and DL Code, users can get excellent performance and high throughput.
6. Multifocal Capability
Dynamic, continuous and adjustable focus allows for excellent performance in a range of application requirements.
7. Interoperability
All imager scanners can work in one system, greatly reducing the total cost of ownership.
8. Image Saving
Extends the device’s capabilities to applications such as OCR and video encoding using optimized image compression algorithms, parallel image transmission, and multi-standard image storage options for multiple channels under different image compressions.