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Diakinisis Finds RFID Helps It Expedite Shipments
The Greek third-party logistics provider is using EPC Gen 2 RFID tags and interrogators to track 1,300 pallets per day for a global food and beverage company.
By Beth Bacheldor
Feb. 8, 2008—Greek third-party logistics provider Diakinisis is employing EPC Gen 2 RFID tags and interrogators to track about 1,300 pallets daily at a distribution center it operates in Athens. The company uses Alien Technology EPC Gen 2 Squiggle and M tags and ALR-8800 interrogators. Athens-based RFID systems integrator Business Effectiveness provided consulting and installation services for the deployment.
Diakinisis currently uses the RFID technology for only a single client: a global food and beverage company that has asked not to be identified. The project got underway about a year ago, and installation was completed in November 2007.
"Diakinisis has several of the largest consumer goods companies as customers," says Vlasis Tsezos, engineering manager at Business Effectiveness. "Its strategic thinking was that they wanted to have a point of difference with regards to competitors, and it was decided that RFID was the way to achieve that." Moreover, Tsezos says, the RFID system allows Diakinisis to save labor and time because its workers no longer must manually scan bar codes used to identify the pallets. The technology can also provide customers with greater and more accurate visibility of their goods being shipped.
When a pallet enters the DC—which Tsezos estimates is about 1.2 million square feet—its bar-code label, previously applied by the food and beverage company, is scanned and associated with an Alien Squiggle tag, which is then affixed to the pallet. From there, a forklift rigged with an RFID interrogator and computer picks up the pallet. The forklift's reader captures the tag's ID, and the computer screen then tells the driver where to move the pallet.
"When the pallet is read, the computer communicates with a WMS [warehouse management system], which specifies where the pallet needs to go," Tsezos explains. "This makes it much faster for them to actually store the products, because with bar codes, the drivers usually had to get off to scan the bar code, and sometimes they would even have a problem with reading it. So there is a substantial increase in the speed of operations."
The driver then takes the pallet to the appropriate storage rack, as instructed. To document that the pallet is being delivered to the correct spot, each location is identified either by an Alien M tag glued to the concrete floor, or by an Alien Squiggle tag applied to the rack, depending on which worked best at that particular location. The forklift reader captures the floor or rack tag data, and the computer confirms the location and communicates back to the WMS that the pallet has been delivered to the appropriate site.
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Feb. 8, 2008—Greek third-party logistics provider Diakinisis is employing EPC Gen 2 RFID tags and interrogators to track about 1,300 pallets daily at a distribution center it operates in Athens. The company uses Alien Technology EPC Gen 2 Squiggle and M tags and ALR-8800 interrogators. Athens-based RFID systems integrator Business Effectiveness provided consulting and installation services for the deployment.
Diakinisis currently uses the RFID technology for only a single client: a global food and beverage company that has asked not to be identified. The project got underway about a year ago, and installation was completed in November 2007.
"Diakinisis has several of the largest consumer goods companies as customers," says Vlasis Tsezos, engineering manager at Business Effectiveness. "Its strategic thinking was that they wanted to have a point of difference with regards to competitors, and it was decided that RFID was the way to achieve that." Moreover, Tsezos says, the RFID system allows Diakinisis to save labor and time because its workers no longer must manually scan bar codes used to identify the pallets. The technology can also provide customers with greater and more accurate visibility of their goods being shipped.
When a pallet enters the DC—which Tsezos estimates is about 1.2 million square feet—its bar-code label, previously applied by the food and beverage company, is scanned and associated with an Alien Squiggle tag, which is then affixed to the pallet. From there, a forklift rigged with an RFID interrogator and computer picks up the pallet. The forklift's reader captures the tag's ID, and the computer screen then tells the driver where to move the pallet.
"When the pallet is read, the computer communicates with a WMS [warehouse management system], which specifies where the pallet needs to go," Tsezos explains. "This makes it much faster for them to actually store the products, because with bar codes, the drivers usually had to get off to scan the bar code, and sometimes they would even have a problem with reading it. So there is a substantial increase in the speed of operations."
The driver then takes the pallet to the appropriate storage rack, as instructed. To document that the pallet is being delivered to the correct spot, each location is identified either by an Alien M tag glued to the concrete floor, or by an Alien Squiggle tag applied to the rack, depending on which worked best at that particular location. The forklift reader captures the floor or rack tag data, and the computer confirms the location and communicates back to the WMS that the pallet has been delivered to the appropriate site.
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