Food packaging was a method developed to protect the product from contaminants such as dirt, harmful micro-organisms, parasites and toxic substances. This method slows down the deterioration of the food’s quality. This extends its shelf life which allows the product to be stored for later use.
Today, industrial computing systems are able to monitor the packing process which ensures that the highest standard of food quality is upheld. The sensors can detect not only meat quality but also foreign contaminants and fat content. It segregates good quality products from subpar products and informs the operator of the condition of the item.
Due to the extended operating hours, industrial panel PCs like the S17 rugged industrial computers can be utilised to monitor the meat packaging process. It has the resilience and dedicated resources needed to function optimally under strenuous conditions.
Is there a need for computers to function properly for extended periods? Learn on this blog the details why the S17 rugged computers are the most suited monitor this industry’s processes.
Today’s food industry upholds the highest standard of quality. Food processing businesses must observe the safety and quality of their products. Monitoring all the processes takes an incredible amount of effort and focus when done manually.
Thankfully, advanced computing technologies allow the automation and observation of many complex processes involved. Technologies using industrial computers can process, segregate and monitor thousands of products simultaneously.
For example, industrial PCs with a projected capacitive touchscreen can monitor the product lines in the tetra pack packaging plant. And, by using these devices, operators can ensure the product’s quality throughout the processes.
With a streamlined packaging process, these industrial computing devices can assess the quality of products quickly and detect issues if any come up. Learn more details on this blog on how these devices can optimise the plant production and quality assessment.
Every year, all of the world’s shipping industries transport around £3.02 trillion worth of goods. This industry delivers passengers and goods to its respective destinations. In 2013, the shipping industry contributed a total of £3 billion to the GDP of the United Kingdom.
Now, some shipping companies are looking to expand their operations because of the steadily increasing demands. For example, the Cosco Shipping Holdings Company stated that it would invest around £4.5 billion to improve their operations to get ahead of their rivals.
To help shipping companies make their operations more efficient, they use many existing yet advanced technologies. One of the technologies used to improve their operation is through utilising industrial panel PC.
Adding industrial PCs could help make the shipping industries more streamlined. These devices could address some difficulties in the industry such as logistics and on field reporting. It could lessen the burden on the employees on checking cargo on the port.
Now, what are the other systems that are being utilised in this industry? What are the specifications of industrial computing devices that enhance the shipping operation’s efficiency? Learn from this blog on how industrial computers can help these industries’ systems improve.
Streamlining food production is vital especially in maintaining the quality of food products. Then, these food products will be distributed to consumers. Which is there are automated systems installed in these meat packaging plants to ensure that quality products are made.
With the processes involved in packaging meat products, several factors may disrupt the entire system. For one, temperatures in these plants vary to fit the industry standard. At the same time, there are strict sanitary regulations imposed by the food authority.
Commercial computers are not built to withstand harsh working condition, moist environments, and chemical-laced areas. Whilst, industrial computers are built to resist the harsh elements present in these processing plants.
Now, can industrial computing devices provide efficient performance in these plants? Read on and know the importance of having these devices in this industry processes.
Managing core business processes for large-scale warehousing can be overwhelming. There are processes that you cannot view in real time. And, not having the right technology to support the operations makes it also difficult to oversee plant functions. That is why most distribution agencies opt for an ERP software to streamline its operations.
What is an ERP software? ERP is referred to as enterprise resource planning. It is a software that provides automation and integration to the core business processes. This includes logistics and distribution operations.
However, this type of software requires an advanced computing system. And, it can only be installed and utilised in an industrial-grade computing device.
Fortunately, the 17” industrial panel PCs can bear key features needed for distributions operations. This device can come with a compatible operating system. This is to ensure that specific applications like the ERP software can be installed. That way, operators can use this application to improve its distributions processes.
This device has also a built-in watchdog timer. This feature continually monitors and records the operating conditions of the device. It also has the capability to detect and resolve system issues of the device as well.
But, how can these features contribute to the management of distribution processes? Can this device provide reliability and efficiency? Read more about it on this blog.
How does quality management and control is performed in distribution processes? What type of computing system is utilised to monitor its quality as well? Sure, certain applications are used to maintain the quality of a product. This is to ensure that these goods meet the customers’ needs when delivered.
But, what happens when system operations fail to provide its functions? Typically, production output would be the first one to get affected. Not only it can hinder an operation but it has also impact to quality.
Thus, a reliable technology should be installed for QA processes. This computing device can help QA personnel to manage and control the product’s quality. And, at the same time, improves efficiency in distribution operations. So, embedding an industrial-grade computer is the most effective computing solutions for QA processes.
The 17” industrial panel PCs can have the key features needed for distribution processes. This device bears a compatible operating system where industrial applications can be installed. So, applications like in the QA processes can be utilised by QA personnel. With the S17 touch panel PC, QA processes in distribution will also improve.
Now, can this device provide long-term availability and reliability? What advantages do the S17 industrial PC has over other PC enclosures? Read through this blog and discover what makes this panel PC stand out.
One of the most sophisticated intelligence networks in the world can be found in the British military. Intelligence corps as well as MI5 and MI6 must ensure that classified information are kept secured. Any leakages could be detrimental to the military and public safety. So, to avoid this data being compromised, a reliable computing technology must be installed for the military operations.
This computing device must meet the required specifications for a classified military intelligence. Also, this must have a secured operating system to protect valuable data. Therefore, a right computing solution for military intelligence and data is the best option.
The S17 industrial-grade computer can provide specifications suitable for military ops. It has a compatible operating system that allows the installation of applications to keep data secure. This prevents the system from any potential risks such as data breaches and cyber-attacks.
In fact, your military personnel can set up this computing system and use it in the command centre. This may serve as a base for operations that need to process information. With such a device in use, it is easier to oversee operations with military intelligence available.
This device can also keep information secure in the command centre. It can also be useful in mapping out locations for military drills and operations. Hence, this industrial computer system is efficient for intelligence and data.