KAD Models prototypes components for many industries including medical, consumer electronics, aerospace and automotive. The company began in Alameda, California and in 2019 expanded to Rudolph, Vermont. Even though prototyping and automation typically don’t appear together since prototyping involves such high-mix, low-volume part production, KAD Models CEO Brian Kippen saw automation differently when he opened his business’ second location in Vermont. He wanted an automation platform that would allow him to take unique part numbers and run them on a system that he likens to a “cafeteria” style where the automation doesn’t care what’s on a pallet. A few months later, Kippen contacted Trinity Robotics Automation, a FANUC Authorized System Integrator, to install two Trinity Automation AX cells.

KAD Models has two Trinity automation cells, the AX5 and the AX4. The AX5 uses a FANUC M-710iC/50 robot, which has 50 kg payload and 2050 mm reach, and the AX4 uses a FANUC R-1000/100F robot, which has a 100 kg payload and 2230 mm reach, tending a Matsuura 5-axis CNC machining center.

These systems provide a machine tending automation solution, but with a unique spin. Instead of the FANUC robot grabbing and loading an individual part via a work holding, operators load the parts into fixtures and those fixtures are loaded into the machine. From a list of programs in the CNC milling center, the operator selects a part number associated with the part that has been loaded. Next, the FANUC robot takes that part and puts it into a queue. When the milling machine is ready to run, it calls up a particular part and runs it via the automated system.

KAD Models’ programmers work during the day to prove out prototype parts, then set up the machines that run parts during the night. The automated cells can run all of them overnight into the next day without the need for a second or third shift. The programmers arrive in the morning and have all the completed parts waiting for them. Additionally, because the system doesn’t involve programming the FANUC robots, the solution is quickly implemented and easy for operators to learn.

The automation has allowed Kippen to rapidly set up his Vermont prototyping shop, allowing him to expand his business from the West Coast to the East Coast very quickly. Now, KAD Models is able to serve local manufacturers looking for specialized components.

KAD Models prototypes components for many industries including medical, consumer electronics, aerospace and automotive. The company began in Alameda, California and in 2019 expanded to Rudolph, Vermont. Even though prototyping and automation typically don’t appear together since prototyping involves such high-mix, low-volume part production, KAD Models CEO Brian Kippen saw automation differently when he opened his business’ second location in Vermont. He wanted an automation platform that would allow him to take unique part numbers and run them on a system that he likens to a “cafeteria” style where the automation doesn’t care what’s on a pallet. A few months later, Kippen contacted Trinity Robotics Automation, a FANUC Authorized System Integrator, to install two Trinity Automation AX cells.

KAD Models has two Trinity automation cells, the AX5 and the AX4. The AX5 uses a FANUC M-710iC/50 robot, which has 50 kg payload and 2050 mm reach, and the AX4 uses a FANUC R-1000/100F robot, which has a 100 kg payload and 2230 mm reach, tending a Matsuura 5-axis CNC machining center.

These systems provide a machine tending automation solution, but with a unique spin. Instead of the FANUC robot grabbing and loading an individual part via a work holding, operators load the parts into fixtures and those fixtures are loaded into the machine. From a list of programs in the CNC milling center, the operator selects a part number associated with the part that has been loaded. Next, the FANUC robot takes that part and puts it into a queue. When the milling machine is ready to run, it calls up a particular part and runs it via the automated system.

KAD Models’ programmers work during the day to prove out prototype parts, then set up the machines that run parts during the night. The automated cells can run all of them overnight into the next day without the need for a second or third shift. The programmers arrive in the morning and have all the completed parts waiting for them. Additionally, because the system doesn’t involve programming the FANUC robots, the solution is quickly implemented and easy for operators to learn.

The automation has allowed Kippen to rapidly set up his Vermont prototyping shop, allowing him to expand his business from the West Coast to the East Coast very quickly. Now, KAD Models is able to serve local manufacturers looking for specialized components.