Design. Assemble. Test. Install.
Our team of engineers can design a custom solution for you.
Auto Sol Inc specializes in the use of AutoCAD as well as Solidworks. This 3-D design software allows our team to integrate computer-aided design drawings and schematics with the motion control component of automated machinery. In industrial automation, this advanced software is used to sequence processes on a variety of machines, milling and turning equipment, integrated circuit design systems, and other mechanical engineering applications.
Pick and Place ROBOTS
Lightweight size and compact design allow these collaborative robots to be mounted several different ways for rapid picking, transferring, and sorting of light to medium size payloads.
There's a robot for that.
End-of-Line Palletizers can be integrated to increase speed of production and relieve workers from strenuous lifting when dealing with heavy payloads.
Moving product safely and efficiently.
Conveying solutions for every process.
Auto Sol partners with local suppliers to offer a complete lineup of conveyors including Lineshaft, Belt-Driven Live-Roller, belt conveyors, Vertical Lift, and more. Auto Sol can also integrate variable frequency when speed needs to be controlled.
When you need to monitor pressure, temperature, or numerous chemical compositions and components, integrating transmitters is the key to providing reliable, simplified process monitoring. Our team can provide temperature transmitters, pressure transmitters, flow meters, as well as analytic transmitters for more accurate results.
To ensure product criteria is being met while operating at fast pace, rule based machine vision performs reliably with consistent and well-manufactured parts by providing things like guidance, identification, gauging, or inspection, all of which can be executed at very high speeds and with great accuracy. Machine vision can be implemented in a wide variety of settings including conveyor systems, mounted to end-of-arm tools with robotics, and more. This eliminates human error and drastically increases productivity by detecting when a part is present or absent, verifies right shape and size, or can instruct the robot on where to place or sort the part.