Equation for entirely unmanned automation
Feeder + Vision + Robot=Perfect Automation
The essential purpose of product manufacturing is to convey the components into the intended position.
It's the most primary and necessary process for any production.
But, the problem is that it's the most difficult and not automated part.
Through our technology you're able to turn this hardships into the opportunity for development.
The technology overcoming difficulties for human
AIM has been continuously pursuing to consist the environment which enables more valuable work for human by replacing monotonous and repetitive work with our system.
We realized that robot can substitute for human arm and vision can replace human eyes. But there's one big unsolved problem which is how to range(flipping, dispersion) all the components without human. There's no way to solve this problem with vision and robot. That's why we've struggled for wholly unmanned automation system. Through our experiences we've invented the system with our flexible feeder making the industry much more effective and efficient. Flexible feeder is the solution for that matter for entire unmanned automation.
The visual recognition for different purpose
The principle of pick&place vision system
Teach the image and find the same product and transmit the position to robot
Finding different parts from the top
Expressed as On / Off or 1/0
The technical difference that is bound to be the best
Minimum distance 65cm or more
Lighting, shooting techniques
Tracking 200 to 400 times the area
Algorithm to exclude overlapping chips and tangles
Precise setting 0.8mm x 1.6
Shooting range 120mm x 120mm
2019 famous Japanese electronic components company
Area ratio 11,250
Robot operation technology
•Use of robot programs
•Robot utilization technology