Mobile Collaborative Robot: http://robot.fanucamerica.com/products/robots/collaborative-robot-fanuc-cr-35ia.aspx
This mobile collaborative robotic work cell was developed to demonstrate how FANUC remains at the forefront of innovation in collaborative robot applications – utilizing an automatic guided vehicle (or AGV) to move FANUC’s new CR-7iA/L long arm collaborative robot between two assembly stations.
At the first assembly station, the FANUC CR-7iA/L scans fiducial screws located at the corners of the assembly table to verify its position. All FANUC Collaborative Robots can be readily equipped with FANUC iRVision and Force Sensing. Next, it uses FANUC iRVision to read a 2D barcode and IDs the table it’s working on. The robot then grips and plugs its power source into a 120 VAC receptacle to charge its uninterruptible power supply (or UPS). The robot starts the gear assembly process by first picking and placing the ring gear into the assembly. It then follows with picking and placing each spur gear into the assembly. The CR-7iA/L Robot uses mounted vision to inspect the picking and placing locations for accuracy and part present during this entire assembly process. Once the assembly process is complete, the robot unplugs and calls for the AGV to move it to the next station. The AGV lifts the robot, and moves it to the second assembly station, where the robot is tasked with inserting relays onto a printed circuit board (or PCB). A stack light located on the robot’s platform turns yellow when the robot is in transportation. It turns green once contact stop is armed on the robot, and the red light only appears during robot fault.
Once again, the robot scans the fiducial screws to locate the table, reads the 2D barcode to identify the table, then grips and plugs its power source into a 120 VAC receptacle to charge its UPS. The robot starts the PCB assembly process by picking up a relay from the relay tray. The robot presents the pins of the relay for inspection and, upon passing inspection, inserts the relay onto the PCB. The CR-7iA/L Robot repeats this process until all four relays are inserted. The robot will then disassemble and reassemble each part in succession, displaying continuous operation for these assembly applications.
Collaborative robots from FANUC feature the full functionality of traditional yellow FANUC robots, including iRVision and force sensing, full networking connectivity, easy interaction with other factory equipment, offline programming with FANUC ROBOGUIDE and quick programming. FANUC is ready to address your most challenging collaborative applications. To learn more please visit http://www.fanucamerica.com.
Pro PC board assembly service presented by PC board makers
Greatest things about qualified PC board assembly
If you’re contemplating executing the PC board assembly in-house at a professional level you are rapidly going to know the first investment cost is really large. You will need no less than: one pick and place machine, one stencil printing machine and one reflow oven. It is likely you in addition want other related devices for examination work and hand soldering tools. You will probably need labor force and expertise that will raise the investment cost notably. And in the end when you see there is little or no ROI from this form of financial commitment you will quickly intend to use outside agencies for the PC board assembly service. And in most cases entrusting the PC board assembly task to an external enterprise ought to be much less expensive.
Plus there is the element of quality; a corporation dedicated to PC board assembly services will definitely have the practical experience and labor force to offer good quality. They’ll also put money into their development by continually having the latest technology so the purchaser gets all the advantages of the spanking new assembly technologies. It is likely that you’ll hit a equipment related limit doing in-house assembly if you don’t up-grade the equipment often, for example, you might end-up in a predicament where you aren’t able to dependably assembly the most up-to-date BGA package for a fresh processor.
Additionally, there is the element of quality control. An established PC board assembly plant can also get a first-rate founded quality control service you could possibly take advantage of by not being required to do the quality control in-house. For sure, you’ll want to do extra quality control process in-house but it is good to know at any rate the pcb’s are all doing the job effectively when they go out of the assembly plant.
Drawbacks of specialist PC board assembly
A good reason you don’t need to use outsourcing for the assembly of your project is to look after intellectual property. For anybody who is concentrating on some mystery project or the most innovative concept that will revolutionize something, you might like to keep that as discreet as possible so in that case you could possibly do the PC board assembly on-site.
In addition there are cases when the turn-around time of a prototype is really important so you might not afford to wait a week for your PC board to send back from a specialist assembly line. If that’s the case it might be preferable to accomplish the assembly in house.
Expense is furthermore a critical reason you might not like to go with a professional PC board assembly plant, especially for small enterprises or collectors. Charges for PC board assembly services have decreased somewhat during the past few years therefore this is less of an issue at the moment yet still you’ll not see a lot of buyers sending their one off hobby projects to a PC board assembly plant.