Automated Fixture Plate Distribution System Reduces Setup Times
Makino’s MMC-R automation system for robotic plate distribution is said to promote efficiency in high-mix, low-volume production.
Share
Makino’s MMC-R automation system for robotic plate distribution is said to promote efficiency in high-mix, low-volume production. According to the company, the distribution system enables manufacturers to increase spindle utilization and reduce setup times through accurate, reliable machine loading, unloading and part storage.
A variety of customized configurations are available. A typical setup consists of four- and/or five-axis horizontal and vertical machining centers, a six-axis robot transport, worksetting station(s), fixture plate storage rack(s), and fixture plates. An optional seventh-axis floor track can be integrated into the system for additional machining and storage capacity. A range of steel fixture plate sizes are available, depending on the size of the machine, number of axes and robot specifications. Delphin interfaces provide secure fixture plate transfer between the robot gripper and machine tombstone for accurate, repeatable part production.
The MMC-R system can incorporate Makino’s MAS-A5 cell controller for coordinating production schedules of fixture plate transfers. The controller monitors the conditions of the robot transport and issues transfer tasks to the robot. A human-machine interface (HMI) is included for initial setup and alarm/event messaging to ensure in-progress production security.
Related Content
-
Managing Coolant with Skimmers, Refractometers and More
Bacteria-infected coolant harms machines and sickens machinists. Coolant management technologies like skimmers and automated systems counter this tendency.
-
Same Headcount, Double the Sales: Successful Job Shop Automation
Doubling sales requires more than just robots. Pro Products’ staff works in tandem with robots, performing inspection and other value-added activities.
-
Four-Axis Horizontal Machining Doubles Shop’s Productivity
Horizontal four-axis machining enabled McKenzie CNC to cut operations and cycle times for its high-mix, high-repeat work — more than doubling its throughput.