Increased Production Speed:
The machine reduces the need for manual intervention, thereby increasing production speed and optimizing processes.
For example, in production lines exceeding 3500 bottles per hour, humans cannot keep up with the speed, necessitating the use of machinery.

Prevention of Human Errors:
By automating the sorting process, the likelihood of human error is minimized.

Reduction in Production Costs:
By decreasing the need for human labor and streamlining processes, production costs are reduced.
For instance, using the machine becomes logical at speeds exceeding 1000 bottles per hour.

Key Components of the Unscrambler Machine

• Hopper:
  The section where raw materials (e.g., bottles or parts) are fed into the machine.
• Sorting System:
  The mechanism that separates and organizes the parts.
• Conveyor System:
  The component that transfers organized parts to the next stage of production.
• Controller:
  The electronic part that controls and coordinates the machine’s operations.

Advantages:

• High-Quality Materials: The frame is made entirely of stainless steel 304, including all parts in contact with the bottles.
• Top-Quality Components: Parts are sourced from leading brands in Germany, South Korea, Taiwan, and occasionally Turkey.
• High Flexibility: Adjustable for various products and sizes.
• Increased Efficiency: Suitable for high-volume production lines up to 14,000 bottles per hour.
• High Precision: Ensures that all products are correctly sorted and ready for processing.
• Automatic Stop Functionality: Notifies the operator of any issues and automatically stops to prevent disruption.
• Proven Success: Dozens of devices are currently operating in Iraq, Iran, and Afghanistan.

Common Applications:

• Pharmaceutical Industry: Sorting bottles for pills or medicine.
• Food Industry: Organizing cans, bottles, or packaging.
• Cosmetics and Personal Care Industry: Sorting containers for creams, shampoos, or similar products.