When automation selection returns to the manufacturing site, "reliability" is the core criterion for the value of heavy-duty equipment. The parameters of load and arm span are clear at a glance, but the stability of equipment operation at full load, the ability to switch multiple products, the adaptability to workshop environment, and the operation and maintenance services after faults are the key factors for the stable output of the project.
EMET launches EMET180B-3200 four axis heavy-duty palletizing robot. Integrating the "reliable" design concept into the mechanical body and providing systematic and reliable assistance for palletizing at the end of the production line.
Ontology Base: Building a "Reliable" Hardware Foundation with High Rigidity Architecture
EMET180B-3200 has a payload of 180kg and a working radius of 3200mm, solidifying reliability at the mechanical body level from critical parts.
*Strong structure and pressure resistance to suppress deformation: The whole machine adopts a high rigidity body structure design to enhance the impact resistance of the body. Maintain load and motion coordination performance within the 3200mm full operating radius range, ensure consistency in stacking of high-level pallets, and reduce the risk of material dumping.
*Suitable for working conditions and compatible with multiple materials: The equipment has IP54 industrial grade protection capability, which blocks the erosion of dust and material splashes on the equipment; Support continuous operation in a wide temperature range of 0 ℃ to 45 ℃, adapted to fluctuations in the workshop environment; Can be connected to end effectors such as fixtures and suction cups, compatible with various types of materials such as box, bag, and barrel packaging.
Algorithm stabilization: OPIS intelligent interaction system adds importance To "reliability"
The hardware determines the upper limit of the device's load capacity, and the control system determines whether the device can stably utilize its hardware capabilities.
*Simplified configuration logic for overloaded scenarios: EMET180B-3200 is equipped with OPIS intelligent interactive integrated cabinet, matched with self-developed palletizing special process package. Operators only need to enter basic parameters, and the system can rely on built-in kinematic solving algorithms to independently complete path deduction.
*Compressed production switching debugging time: supports multiple sets of process formula storage and calling, equipped with a 15.5-inch touch screen, supports stack type 3D visualization preview, on-site operators can complete task deployment after completing basic training without programming, reducing production failures caused by human configuration deviations.
Full chain support: Quality control and service deliver reliable operational value
*Full process quality control system: Each factory equipment must undergo over 200 hours of real working condition testing, 150+precision assembly processes, and 80+performance tests. Through long-term continuous operation verification, potential defects are intercepted at the factory stage to ensure delivery reliability.
*Quality assurance and parallel mitigation of downtime risks: relying on over 50 service outlets nationwide, establish a response mechanism. By implementing the quality assurance policy of "replacement of new machines in case of quality problems within one year", we can break away from the conventional maintenance boundaries of the industry and alleviate the concerns of manufacturing enterprises about the later operation and maintenance of heavy-duty equipment.
The development logic of EMET180B-3200 is to pursue balanced collaboration among mechanical structure, motion algorithm, and service system. Facing the future of the industry, EMET Robotics continues to take root in heavy-duty production sites in China, iterating its ontology structure and process algorithms, and using automated equipment that can be implemented and run for a long time to assist manufacturing enterprises in upgrading their production line end processes.
