Designed to automate inbound and outbound scale house transactions at landfills, transfer stations, MRFs, and material handling operations, the AMCS DAT helps you introduce a more profitable, ‘always-open’ model.

To support your business and enable an always-open business model we have developed the AMCS Driver Assisted Terminal (DAT). The AMCS DAT automates inbound and outbound scale house transactions at landfills, transfer stations, MRFs and other material-handling operations.

The system authenticates each driver through an RFID card, which grants access to and from the facility. The system automatically identifies the job the driver is assigned to and captures weight against the job. A ticket is provided at the time of weighing in and out as proof of service. The centralized ERP system is then updated in real-time where the information is available for billing.

Ensuring waste and recycling operators are equipped to:

• Provide an ‘always open’ weighbridge operation
• Reduce costs and simplify resourcing
• Mitigate risk and reduce revenue leakage
• Increase efficiency with faster processing

By digitizing and automating scale house operation, the AMCS DAT provides rapid processing in as little as 7 seconds.

Driver access is authenticated via an RFID card with assigned jobs identified automatically. Weight data is then captured easily against each job, with a printed ticket as proof of service. A real-time connection to your ERP also ensures faster, more accurate billing.

With seamless solutions for your unmanned scale house, AMCS DAT increases productivity, simplifying 24/7 weighbridge operation to accelerate your top-line growth.

DAT Highlights:

• Self-serve inbound & outbound transactions for schedule type operations, route commercial and domestic collections
• Integrates to centralized ERP system for real-time data exchange with the driver
• Integrates with multiple systems including RFID and scale indicators
• Colour touch screen, large text and simple-to-understand prompts and screens facilitate and drive efficiency in operations