What is the importance of automation in industries?
The industrial world is facing many technological changes which increased the urgent demand for the premium quality products and services that can only be supplied by a high level of productivity. This requirement needs process engineering systems, automated manufacturing, and industrial automation.
Hence, industrial automation plays a key role in solving the requirements of companies. It is extremely significant to face the tasks of:
Globalization – Global industrial automation market demands superior, practical services
Productivity – Automation companies want to enhance their productivity by producing a higher level of Automation. The key factors include costs, time and quality.
On the other hand, industrial automation is all about working smarter, faster, and proficiently. This makes automation more powerful and that’s why customers are looking for pioneering, end-to-end technologies with open, modern architecture and new data from new connections.
According to experts from Transparency Market Research, the global industrial automation market had gained revenue worth US$182.64 bn in 2015, which is further expected to grow up to US$352.02 bn by the end of 2024. This growth is projected to occur at a handsome CAGR of 6.6% during the forecast period from 2016 to 2024.
A rapidly increasing demand for fast production capacities is primarily driving the global industrial automation market. Such a high demand mainly exists in terms of automotive assemblies, telecom networks, aircrafts, heat treating boilers and ovens, chemical plant machinery, steering and ship stabilization, and other machinery systems.
Various industrial segments are adopting automation systems to reduce labor burden, consequently making the market grow at a respectable pace. Automation also brings into picture the implementation of various innovative solutions, compared to manual processes. All these factors are certainly expected to fuel the global industrial automation market, and make it thrive spectacularly and better than current times during the forthcoming years.
A rapidly increasing demand for fast production capacities is primarily driving the global industrial automation market. Such a high demand mainly exists in terms of automotive assemblies, telecom networks, aircrafts, heat treating boilers and ovens, chemical plant machinery, steering and ship stabilization, and other machinery systems.
Various industrial segments are adopting automation systems to reduce labor burden, consequently making the market grow at a respectable pace. Automation also brings into picture the implementation of various innovative solutions, compared to manual processes. All these factors are certainly expected to fuel the global industrial automation market, and make it thrive spectacularly and better than current times during the forthcoming years.
Conveyors for Handling Material: Utility & Types
Conveyors handling materials are an important part of industrial automation. They are custom designed for handling industry specific materials and with different attachments. Currently the industrial automation market offers broadly three types of Material Handling Conveyors. These are the chain, screw and bucket elevator conveyors.
The chain conveyors can have different attachments for handling bulk material of different size and at different temperatures. They can have pans, aprons, slats or deep-buckets built to complement the design. The screw conveyors are generally used in processing industry and can be used for power handling, in chemical plants, feed mills and for grain storage. Bucket elevator conveyors are used in industries where the raw material or stuff like grains has to be constantly moved through the automated system using a pulley design.
Industrial Automation Services for Conveyor Design Support
Industrial automation engineers can custom make all types of conveyors to carry specific load capacities and for uniform, uninterrupted movement. There are many automation providers who provide complete solutions to an industrial requirement and can help engineer, test and install automation systems like conveyors. In designing conveyors the focus should be to ensure that the conveyor systems are relatively easy to maintain and save energy while maintaining performance.