Robotic Unpacking Machine is a type of Raw Material Unpacking Machine designed to automate the process of unpacking raw materials. It uses robotic arms and advanced vision systems to efficiently handle, open, and unload bags or containers. Ideal for industries requiring high-speed and precise unpacking, such as pharmaceuticals, chemicals, and food processing, the robotic system reduces human labor while enhancing accuracy, safety, and productivity. Its flexibility allows it to be integrated into existing production lines, improving the overall efficiency of raw material handling processes.
Product Description:
Designed for depalletizing, bag opening and emptying, empty bag compaction and disposal, conveying, and dust removal of raw material bags, our robotic bag emptying machine is a totally automated, intelligent, integrated system. This method calls for no manual operation, beyond only pallet stacking. The bags are lifted by the robotic arm to the cutting device, where they are perforated releasing the content into a storage tank. The arm then shakes the empty bags to guarantee thorough discharge, therefore allowing a dust-free, automatic emptying mechanism.
For effective bag emptying, crushing, and feeding activities, this robotic system has extensive application in sectors including chemicals, building materials, feed and fertilizers, plastic materials and other industries.
Specifications:
Capacity: 150-250 bags per hour
Bag weight: 2.5-50kg
Material residue: Approximately 0.1%
Stack size: 2100×1400×1300mm
Operation mode: Continuous bag opening
Bag size & material: Customized as per customer requirments
Features:
Improved Working Environment: Reduces dust exposure, enhancing worker health and safety.
High Automation: Significantly increases production efficiency.
Reliable Operation: Low power consumption with minimal maintenance and repair costs.
Strong Flexibility: Customized solutions tailored to various customer conditions.
Explosive Atmosphere Compatibility: Suitable for automated operations in hazardous environments.