OEM Automation is the perfect solution for companies seeking automation for a single process. They specialize in automation solutions and have nearly 20 years of experience working in industries ranging from heavy construction to commercial lighting, hydraulic power, and plastic injection molding. On the other hand, System integrators are generally best for broader projects. Since OEMs specialize in a specific field, they are better suited to narrower tasks.
Manufacturers
When outsourcing automation, manufacturers should first define their process to get an accurate quote. This will allow them to make an informed decision about which automation projects to pursue. For example, some OEMs will decline to quote projects that don’t meet a certain revenue threshold or are considered too risky. Getting an outside perspective can also help prevent tunnel vision. OEMs and SIs are constantly exposed to the latest technology and equipment, and their outside perspective can point to better ways to accomplish a task.
For large projects, OEMs are often more suited than systems integrators. They have experience to integrate multiple manufacturers’ equipment. Also, they have better knowledge of the underlying production processes and equipment. However, if a manufacturer doesn’t have a lot of experience with automation, it may be best to use a system integrator.
Another advantage of OEM Automation is that they don’t have to invest in complex manufacturing processes. By partnering with other companies, OEM companies can reduce costs and time. OEM companies also have direct access to consumers, which allows them to customize their products.
Remote access
There are several benefits of remote access for OEM automation. This technology eliminates the need to have physical access to equipment and processes and provides a secure remote connection. There are several different types of remote access solutions, and each provides a different level of protection. Some solutions can be complex and require IT staff to manage and support.
Remote access allows manufacturers to connect remotely to a production line and diagnose problems. This is ideal for manufacturers who have remote operations and can’t send engineers to the site. The solution is a perfect fit for OEMs that need to support hard-to-reach processes, such as oil and gas, mining, cement, and the CPG industries. It also enables OEMs to re-invent the way they provide support to their customers. For example, remote firmware management is now possible thanks to the solution.
OEMs need remote access that is scalable, secure, and easy to use. Traditional remote access requires specialized IT expertise and changes to security policies. Cloud-based remote access provides the flexibility and ease of use OEMs need for this growing business model.
Industrial IoT
Industrial IoT applications can help OEMs improve efficiency and productivity in a variety of industries. For example, manufacturers can use cloud-based data analytics to predict equipment failures and minimize downtime. And manufacturers can use sensors to track assets and order spare parts remotely. This approach is already being used by manufacturers, including Fanuc.
The rise of Industrial IoT applications in OEM autom
OEM Automation is the perfect solution for companies seeking automation for a single process. They specialize in automation solutions and have nearly 20 years of experience working in industries ranging from heavy construction to commercial lighting, hydraulic power, and plastic injection molding. On the other hand, System integrators are generally best for broader projects. Since OEMs specialize in a specific field, they are better suited to narrower tasks.
Manufacturers
When outsourcing automation, manufacturers should first define their process to get an accurate quote. This will allow them to make an informed decision about which automation projects to pursue. For example, some OEMs will decline to quote projects that don’t meet a certain revenue threshold or are considered too risky. Getting an outside perspective can also help prevent tunnel vision. OEMs and SIs are constantly exposed to the latest technology and equipment, and their outside perspective can point to better ways to accomplish a task.
For large projects, OEMs are often more suited than systems integrators. They have experience to integrate multiple manufacturers’ equipment. Also, they have better knowledge of the underlying production processes and equipment. However, if a manufacturer doesn’t have a lot of experience with automation, it may be best to use a system integrator.
Another advantage of OEM Automation is that they don’t have to invest in complex manufacturing processes. By partnering with other companies, OEM companies can reduce costs and time. OEM companies also have direct access to consumers, which allows them to customize their products.
Remote access
There are several benefits of remote access for OEM automation. This technology eliminates the need to have physical access to equipment and processes and provides a secure remote connection. There are several different types of remote access solutions, and each provides a different level of protection. Some solutions can be complex and require IT staff to manage and support.
Remote access allows manufacturers to connect remotely to a production line and diagnose problems. This is ideal for manufacturers who have remote operations and can’t send engineers to the site. The solution is a perfect fit for OEMs that need to support hard-to-reach processes, such as oil and gas, mining, cement, and the CPG industries. It also enables OEMs to re-invent the way they provide support to their customers. For example, remote firmware management is now possible thanks to the solution.
OEMs need remote access that is scalable, secure, and easy to use. Traditional remote access requires specialized IT expertise and changes to security policies. Cloud-based remote access provides the flexibility and ease of use OEMs need for this growing business model.
Industrial IoT
Industrial IoT applications can help OEMs improve efficiency and productivity in a variety of industries. For example, manufacturers can use cloud-based data analytics to predict equipment failures and minimize downtime. And manufacturers can use sensors to track assets and order spare parts remotely. This approach is already being used by manufacturers, including Fanuc.
The rise of Industrial IoT applications in OEM automation facilities can be traced back to a growing demand for smart manufacturing processes. Manufacturers today are focusing on developing machines with lower energy consumption, lower costs and improved efficiencies. This trend has been facilitated by advanced connectivity technology, which enables companies to develop smart factories. The adoption of new techniques is necessary for OEMs to remain competitive.
OEMs need to adopt flexible, scalable solutions to embrace the industrial IoT market. For example, the LoopEdge platform lets OEMs connect almost any sensor across their controllers and machines. The platform also enables OEMs to adopt a global approach to Industrial IoT. In addition, it allows OEMs to connect their legacy devices.
ation facilities can be traced back to a growing demand for smart manufacturing processes. Manufacturers today are focusing on developing machines with lower energy consumption, lower costs and improved efficiencies. This trend has been facilitated by advanced connectivity technology, which enables companies to develop smart factories. The adoption of new techniques is necessary for OEMs to remain competitive.
OEMs need to adopt flexible, scalable solutions to embrace the industrial IoT market. For example, the LoopEdge platform lets OEMs connect almost any sensor across their controllers and machines. The platform also enables OEMs to adopt a global approach to Industrial IoT. In addition, it allows OEMs to connect their legacy devices.