Manufacturers continue pushing machine designers to build automated production lines that yield greater output and capital investment returns.
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In response, many designers are moving beyond the traditional six axes — forward, backward, up, down and side to side — toward a ‘seventh axis’ that essentially gives legs to previously stationary equipment. Through AMT’s expertise in designing and building seventh axis systems solutions we increase the freedom of maneuverability in robotic arms across a variety of applications.
ASRS Loading heavy metal coils. Parts are loaded and scanned by an operator into a turntable with a scales. The FANUC M900iB/700 robot uses laser distance sorts to measure the coil dimensions. The robot is configured with a nine meter slide. It handles coils up to lbs into a racking system. The control system manages an inventory of 54 rack positions. Operators are able to visualize the status and usage metrics.
The system is designed to process rear suspension knuckles for passenger vehicles. The process starts with unfinished casting parts and delivers machined knuckles with a pressed bushing installed.
The system has 2 major sub-systems: 1) Machining and 2) Assembly which are connected by a pallet conveyor system. The cell consists of 6 CNC machines, 2 overhead FANUC gantry robots, pallet conveyor system, bushing bowl feeder and singulation, robotically tended automated poke yoke and servo-controlled bushing assembly stations.
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Robotic load transfer refers to the use of robots to move and transport materials or products within a manufacturing or logistics operation. This can include tasks such as loading and unloading materials onto conveyor belts or pallets, transferring materials between different stages of the production process, and transporting finished products for storage or shipment.
There are many benefits to using robots for load transfer tasks. Robots can work around the clock without needing breaks, meaning that they can improve the efficiency and productivity of a production line. They are also able to handle heavy loads with precision and accuracy, reducing the risk of damage to materials or products.
Robotic load transfer systems can be customized to meet the specific needs of a manufacturing or logistics operation. For example, the robots can be designed to handle a specific type or size of material, and can be programmed to follow a specific path or route.
There are a number of industries that can benefit from robotic load transfer, including automotive, aerospace, and pharmaceuticals. If you are interested in implementing a robotic load transfer system in your operation, it is important to work with a reputable supplier that has experience in designing and installing these systems.
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