Robot d'alimentation

articulé6 axesde manutention

Components of the Robotic Arm Feeding System:1. Robotic Arm: The multi-joint structure (usually six axes) supports multi-degree-of-freedom movement, enabling precise gripping and feeding. An optional visual positioning system can automatically identify the location and type of material.2. End Effector (Clamp/Suction Cup): Customizable design according to packaging type (bags, drums, cartons, pallets, etc.). Optional weighing module for precise feeding control.3. Feeding Port and Sealing Device: The feeding port is usually equipped with a dust cover or negative pressure suction system to reduce dust leakage. Can be linked to equipment such as reactors, sigma mixers, triple-shaft mixers, and double planetary mixers.4. Intelligent Control System (PLC+HMI): Centralized management of robotic arm movements, feeding sequence, and weighing signals. Can be integrated with MES/ERP systems for automatic recipe recall and production record tracking.Functions and Advantages of the Robotic Arm Feeding System:1. Automatic feeding, reducing manual errors: The robotic arm automatically grabs raw materials according to recipe instructions, achieving quantitative feeding and precise control of the mixing ratio.2. Enhanced safety: Prevents human contact with flammable, toxic, or high-temperature materials, ensuring safe operation.3. Improved production efficiency: Enables continuous feeding and multi-station collaboration, reducing waiting time and suitable for continuous production lines.4. Reduced labor costs: One robotic arm can replace several human workers with greater stability.5. Data traceability: Each feeding process is automatically recorded, ensuring transparent and standardized production.6. High compatibility and flexible deployment: Can be integrated into existing production lines without major modifications.Operating Principle of the Robotic Arm Feeding System:1. Material identification and positioning: The robotic arm, operating with a visual recognition system (or predefined coordinates), identifies the location of the drum, bag, or box of raw material to be fed. The system automatically determines the material type and batch number to avoid incorrect feeding.2. Automatic gripping and handling: The robotic arm grabs the raw material using an end effector (suction cup or clamp). For bagged powders, a vacuum suction cup can be used; for drums or solid blocks, a customized robotic clamp can be used.3. Weighing control: The robotic arm or feeding port is equipped with a weighing sensor to monitor the weight in real time during the feeding process. The control system automatically stops or adjusts the feeding amount according to recipe parameters, ensuring a mixing ratio accuracy of ±0.5%.4. Automatic feeding: The robotic arm feeds the material into the designated equipment. The feeding port can be equipped with a sealed cover and dust removal device to prevent dust leakage and raw material waste.5. Data recording and traceability: The robotic arm feeding system automatically records information such as material name, weight, batch, and feeding time. This data can be uploaded to the MES or ERP system, enabling fully traceable production management.6. Next cycle: The robotic arm feeding system automatically calls the next raw material according to the production recipe list, performing the feeding task in a repetitive cycle.Technical Features / Specifications:Multi-joint robotic arm (typically six axes)Optional visual positioning systemCustomizable end effector (clamp/suction cup)Optional weighing moduleDust cover or negative pressure suction system at feeding portIntegration with reactors, sigma mixers, triple-shaft mixers, double planetary mixersIntelligent control system (PLC+HMI)MES/ERP integration for recipe management and traceabilityMixing ratio accuracy: ±0.5%Automatic data recording and uploadFlexible deployment in existing production lines