Adjectives For Automation
Discover the most popular adjectives for describing automation, complete with example sentences to guide your usage.
Updated on March 16, 2024
Exploring the world of automation, the adjectives used alongside it—such as industrial, full, flexible, complete, and total—reveal the multifaceted nature of automating processes. The term industrial automation suggests a large-scale mechanization that enhances manufacturing efficiency. Conversely, flexible automation highlights adaptability, allowing systems to easily switch between tasks. Whether discussing full or complete automation, we're delving into environments where human intervention is minimal to nonexistent. Each adjective paints a unique picture of automation's role and impact, reflecting not just technological capabilities but strategic choices in implementation. Discover the full spectrum of adjectives defining automation and their implications below.
| industrial | Industrial automation has revolutionized manufacturing processes, leading to increased efficiency and reduced costs. |
| full | |
| flexible | Flexible automation helped the company achieve high-quality and efficient production. |
| complete | The company is striving for complete automation of the production line. |
| more | Increased use of more automation led to greater efficiency in the workplace. |
| total | This factory's total automation has brought unprecedented efficiency. |
| further | Further automation in the workplace can lead to increased efficiency and productivity. |
| hard | Hard automation eliminates the need for manual intervention in repetitive tasks. |
| library | The library automation system has streamlined our workflows and increased patron satisfaction. |
| partial | Partial automation has helped reduce production time and costs. |
| greater | The new system will feature greater automation and efficiency. |
| programmable | Programmable automation can streamline processes, reduce costs, and improve efficiency. |
| adaptive | Adaptive automation enhances efficiency and accuracy in various industrial processes. |
| advanced | The company's advanced automation system has streamlined operations and improved efficiency. |
| electronic | The electronic automation system will make our lives easier. |
| based | |
| extensive | The extensive automation of our warehouse operations has led to significant improvements in efficiency. |
| successful | The project's successful automation reduced the workload by half. |
| workflow | Workflow automation streamlines processes, reduces errors, and improves efficiency. |
| modern | Modern automation has revolutionized manufacturing processes, increasing efficiency and accuracy. |
| integrated | The integrated automation system streamlined the production process, resulting in increased efficiency and cost savings. |
| semi | The assembly line utilizes semi automation to increase efficiency. |
| computerized | They implemented computerized automation into the billing process. |
| intelligent | Intelligent automation eliminates repetitive and error-prone tasks, enhancing operational efficiency and driving better decision-making. |
| scale | Scale automation simplifies and accelerates the deployment and management of IT infrastructure. |
| complex | Complex automation enables organizations to streamline their operations and improve efficiency. |
| true | True automation requires no human intervention. |
| future | Advancements in future automation could bring about significant changes in the workforce landscape. |
| simple | Simple automation can make tedious tasks quick and easy. |
| sophisticated | The sophisticated automation streamlined operations, reducing costs and improving accuracy. |
| possible | Possible automation could streamline processes and increase efficiency. |
| effective | Effective automation streamlines operations, boosting efficiency and reducing human error. |
| test | Test automation is a valuable tool for ensuring the quality of software applications. |
| rapid | Rapid automation has transformed numerous industries. |
| easy | Automated tasks can be created with easy automation features. |
| robotic | Robotic automation has streamlined the manufacturing process, reducing errors and increasing efficiency. |
| comprehensive | Comprehensive automation allows us to quickly and efficiently handle large volumes of tasks with minimal human intervention. |
| additional | Utilizing additional automation the company hopes to increase productivity by 20%. |
| pre | Pre automation is a crucial step in streamlining processes. |
| mechanical | Mechanical automation has revolutionized manufacturing processes. |
| widespread | Widespread automation is expected to transform industries and eliminate many jobs. |
| progressive | Progressive automation is transforming industries and creating new opportunities for workers and businesses. |
| office | Office automation software helps businesses streamline their workflows and improve efficiency. |
| controlled | Controlled automation enables precise and efficient execution of tasks. |
| digital | Digital automation has the potential to revolutionize industries and improve efficiency. |
| conventional | The conventional automation methods have been used to achieve the best result. |
| less | With less automation human workers are needed to complete tasks. |
| cost | Cost automation can reduce the time and effort spent on managing cloud costs. |
| fixed | We implemented fixed automation to streamline our manufacturing processes. |
| line | The production line automation brought a 50% increase in efficiency. |
| mere | The mere automation of tasks will not solve the underlying problems. |
| soft | Soft automation is the use of technology to automate tasks that require human judgment or expertise. |
| archival | Archival automation streamlines the process of managing and preserving digital assets. |
| maximum | The ultimate goal of this project is to achieve maximum automation |
| century | Century automation has brought remarkable advancements in technology and efficiency. |
| administrative | Technology has put a massive emphasis on administrative automation |
| level | Equipment used in level automation involves sensors and actuators operated by a software application. |
| efficient | The adoption of efficient automation techniques has streamlined our operations, leading to significant productivity gains. |
| overall | They are currently researching a variety of methods to increase efficiency through overall automation |
| saving | Saving automation makes systems more efficient. |
| clerical | The company's new clerical automation system has significantly improved its efficiency. |
| end | |
| design | Design automation enables faster delivery of engineering products. |
| reliable | Reliable automation ensures consistent and accurate execution of tasks. |
| clumsy | The clumsy automation stumbled through the task, dropping files and misplacing data. |
| finite | In computing theory, a finite automation is a finite state machine that accepts or rejects strings of symbols. |
| force | The company has invested heavily in force automation to streamline its sales and marketing processes. |
| called | The process called automation has made our lives much easier. |
| intensive | The factory is implementing intensive automation to optimize workflow. |
| cockpit | As the plane ascended, the cockpit automation system took over the controls, allowing the pilot to focus on other tasks. |
| technological | Technological automation is streamlining processes and increasing efficiency across industries. |
| deck | The latest deck automation system is now available on the market. |
| data | Data automation can streamline processes and improve efficiency. |
| driven | Driven automation unlocks new possibilities for efficiency and productivity. |
| saccadic | Saccadic automation is a rapid and involuntary movement of the eyes. |
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