Automatic identification and data capture (AIDC) technology is widely used today. For example, one application is in streamlining manufacturing and warehouse operations. But, how is AIDC used in manufacturing?
AIDC identifies and tracks a wide range of objects through computer systems. First, the system identifies an object by its digital signal. Then, a database collects key data.
This information may include supplier data, inventory counts, or machine performance. As a result, users can access and track the various stages of the production process.
In the past, each manufacturing step involved manual data input. This was a repetitive and draining process for workers. In contrast, today’s AIDC technologies have automated this entire process.
This is possible through data capture technologies including software and hardware solutions. AIDC monitors complex supply chains, quality control, and inventory tracking. Thus, it reduces the labor of humans.
For the consumer, AIDC’s efficiency creates inexpensive, high-quality goods. For workers, it’s freed them up to pursue more productive and meaningful tasks. As such, it’s proved itself foundational to the digital economy.
How IoT Will Change AIDC
AIDC’s future looks even more promising when combined with the IIoT. The Industrial Internet of Things can further streamline the manufacturing process.
For example, it connects all systems so that users have immediate access to real-time data. As a result, this data keeps workers informed of necessary performance improvements. Also, companies can make informed decisions based on data provided by AIDC systems.
Types of Data Capture Technologies
Some common automated data collection technologies include:
- Barcodes:
Barcodes are the most common manner of tracking objects. A bar code is read-only and requires scanning with a barcode reader.
- Radio Frequency Identification (RFID):
RFID allows objects to be automatically identified and tracked. RFID tags can track objects at every stage of the production process.
- Voice Recognition:
This technology can recognize and understand speech. Voice recognition streamlines the manufacturing process through voice search and data entry.
- Magnetic Stripes:
These devices contain magnetic strips that hold personal information. When used in ID smart cards, this technology improves security systems for warehouses.
Optical Character Recognition (OCR):
OCR technology reads and digitizes text from scanned documents and images. In other words, it has automated the process of data entry, making it machine readable.
Example Use Cases for AIDC Technologies:
Receiving Operations: Scan case-level barcodes and associate those items to the pallet on which they are placed. Also work with the suppliers to associate AIDC-tracking data with advanced shipping notices to measure inbound work before it hits your dock.
Directed Stockkeeping and Replenishment: Direct the staff to a specific location and verify the correct location. Confirm that the right items are being replenished from and to the right locations.
Work Completion and Quality Control: Direct a worker to a location to perform a task and require confirmation of both. Provide confirmation that the right item has been picked.
Cycle Counting: Conduct automated cycle counting using RFID where vehicles travel autonomously through the warehouse receiving RFID data.
How Can IDL Africa Technologies
- We analyze opportunities to use your data more effectively.
- We recommend the best technology to accomplish your goals.
- We develop the right software and technology solutions for mission accomplishment.
- We implement modern solutions using industry standards and methodologies.
- We train you to use your technology and data.
- We support your solution with full technical support.
Interested in what we have to offer? Have questions? Contact us today.
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