Facing Challenges

• The traditional management approach requires warehouse personnel to manually verify the category,
  specifications, and quantity of materials during inbound and outbound processes, and then enter the statistics
  into the system for a second time.

• This entire process is quite cumbersome, resulting in low efficiency for employees and a higher likelihood of
  errors. When dealing with a large volume of materials, this manual counting method consumes a significant
  amount of time and is prone to human-induced data discrepancies, leading to inconsistencies between the
  system and the actual quantities.

• Without timely access to the warehouse‘s actual usage situation, management cannot develop reasonable
  inbound plans based on real inventory, which greatly hinders efficient warehouse operations.

Solution

By employing the Hogons HG815G rugged handheld terminal with a compatible warehouse management system, the traditional operational methods are upgraded to a mobile handheld approach. This allows for efficient and intelligent handling of material inbound and outbound processes, including verification, statistics, and reporting to the next node. The work personnel can effortlessly complete these tasks by simply holding the HG815G and scanning the barcodes or RFID tags of the materials. With just a click, information is instantly retrieved and uploaded to the system, providing a convenient and speedy solution.

Application Performance

• The HG815G handheld device replaces manual human identification of material information, ensuring fast,
  accurate, and error-free operations to avoid issues such as statistical errors, excess or missing goods.

• When receiving a large quantity of materials that require batch storage, using the HG815G handheld terminal
  with an RFID handle enables long-range batch reading, optimizing efficiency with high-speed scanning.

• The rear-facing camera of the HG815G allows for photographing and archiving of abnormal materials,
  facilitating subsequent handling and issue resolution.

• The inbound and outbound material information is transmitted in real-time to the database system via WiFi
  and 4G networks, enabling management personnel to dynamically monitor material status. This visual
  management approach effectively reduces the occurrence of operational errors.