Comply with safety regulations and gain full control over your supply chain with radio-frequency identification (RFID)
Digital Transformation brings a wave of technological, cultural, organizational, and managerial changes to businesses. When it comes to traceability, adopting a technology that addresses increasingly stringent safety regulations and market demands for greater supply chain control is essential.
RFID technology as an effective solution for automation and process tracking needs
Auto-ID
Inventory
Asset searching
Real Time Location
E-kanban
Leverage the advantages of RFID hardware solutions offered by KFI for traceability
TAG
Thanks to their extremely small size, tags can be applied to items of various dimensions to store information. With KFI, select the tag that best fits your needs by choosing from different frequency ranges, active and passive tags, and rewritable options.
READER
RFID readers capture and process the information stored on tags and make it available to the business system. These readers can be fixed, integrated into gates to track the transit of goods, or mobile handheld devices for quickly capturing or writing data.
We are partners with Zebra and Kathrein:
Leaders in RFID localization
and traceability technologies
More and more companies are benefiting from RFID technology’s significant advantages and quick ROI
Shorter operation times
Simultaneous reading of multiple items
Automatic data updates
Multifunctionality on the same support
Large volumes of digitized data
Access control and gate monitoring
Governs data from enabling technologies with LOJIST, for creating optimized process logic
Software applications are indispensable for process optimization and effective management of data collected from field technologies
LOJIST: The WES to drive intralogistics evolution
LOJIST is an innovative software that facilitates the integration of automated systems and robotics into manual processes, optimizing Order Fulfillment performance.
Orchestrates workflows for current and incoming orders
Harmonizes human-machine coordination
Provides real-time visibility and balances resources
Regulates the workload assigned to various technological subsystems (AMR, Voice, Pick-To-Light, RTLS, RFID)
Maximizes overall throughput
