Robot integration into an existing production line does not have to be an expensive and disruptive process. Instead, Industrial Automation Solution can provide robot integration and automation services. For example, we offer mechanical design, programming, and commissioning for your industrial robot project, utilizing the latest industrial robot technology. Contact us today to get started.
Need to find an experienced and knowledgeable automation services company? Look no further! We support most major manufacturers’ factory automation equipment. This includes automation services for Industrial Robots, Programmable Logic Controllers (PLC), Human Machine Interface (HMI), Motion Controllers, Servo Amplifiers, and Variable Speed Drives (VFD).
Industrial Automation Solution offers comprehensive automation services. Located in Southern California, we specialize in industrial robot integration, automation design, and programming for a variety of automation products. Whether you have an idea for a new automation project or need to upgrade an existing automation system, please call us at (657) 263-6852 to discuss how we can assist you.
From concept to completion, Industrial Automation Solution is a complete automation services provider. Offering electrical and mechanical design, AutoCAD engineering drawings, Human Machine Interface visualization, and control programming, we will design, build, install, and commission your automated machines. Moreover, utilizing the most current available technologies, our engineers will evaluate the current process and design a custom solution.
As the core for next-generation automation environments, Mitsubishi Electric has created an automation controller with added value while reducing TCO. Additionally, the iQ-R series is a full-featured control platform with fast processing speeds, network, and module synchronization, and multi-discipline control. The advanced design of the iQ-R enables users to lead their industries with superior machine performance and productivity. Moreover, a multitude of CPU and I/O module options make it a flexible solution for a wide variety of applications.
The most common and cost-effective type of PLC is the brick style. Typically, these units come with a predefined number of inputs and outputs and have limited expansion capabilities. Furthermore, the input and output type and quantity will vary based on the model of the chosen unit. They are usually found on stand-alone machines with lower processor speed requirements and a minimum amount of communications capabilities needed. In the case of the FX5U PLC by Mitsubishi Electric, these PLCs come with a built-in Ethernet port, a serial port (RS-485), two analog inputs, and one analog output. Moreover, expansion modules can be installed on either side of the unit. Additionally, there are a variety of different expansion modules for communications and IO expansion.
Universal Robots leads the charge in collaborative robotics, offering intuitive, adaptable solutions revolutionizing industrial automation. Founded in 2005, the Denmark-based company pioneers user-friendly robot arms designed to work alongside human operators. Their lightweight, versatile cobots boast advanced sensors and safety features, ensuring safe interaction in shared workspaces without the need for safety cages. From automotive to healthcare, Universal Robots’ cobots streamline tasks like assembly, machine tending, and quality inspection. With a commitment to accessibility and innovation, Universal Robots continues to drive efficiency, productivity, and safety across industries worldwide, shaping the future of collaborative automation.
IoT: Internet of Things is a term used in industrial automation that describes a system with smart devices. These devices can be PLC’s or various web-based devices communicating to a cloud-based server. Moreover, the cloud-based server supports development software that allows the developer to configure devices located in remote locations, for example, in industrial manufacturing plants. Additionally, the configuration software is used to create dashboards that can be viewed from any computer with an Internet connection. The gateway would be connected to a router over Ethernet, and this router would be connected to the individual devices. Thus, connecting the automated machines to the cloud-based server. Furthermore, you can define locations to store the data being collected from the industrial automated machines, such as a database or Enterprise System.





