These Epson Industrial Robots Are Designed For Intricate Assembly Tasks
Rahul Kalvapalle — July 14, 2016 — Tech
References: robots.epson & ciol
Japanese robot manufacturer Epson has developed the C8 series of six-axis industrial robots that are designed to be used in the areas of electronic and automotive assembly.
These particular industrial robots are equipped with a slender build, with their lithe arms designed to easily avoid touching surrounding objects. This highly compact and careful design makes these robots perfect for use in highly confined spaces. A six-axis setup allows for a high operating radius and the ability to carry out complex and highly focused tasks.
These Epson industrial robots are also lightweight enough that they can be situated on a table-top setting, unlike many heavier alternatives that need to be secured in place. As a result, these robots are ideal for sensitive industrial applications in restrictive spaces.
These particular industrial robots are equipped with a slender build, with their lithe arms designed to easily avoid touching surrounding objects. This highly compact and careful design makes these robots perfect for use in highly confined spaces. A six-axis setup allows for a high operating radius and the ability to carry out complex and highly focused tasks.
These Epson industrial robots are also lightweight enough that they can be situated on a table-top setting, unlike many heavier alternatives that need to be secured in place. As a result, these robots are ideal for sensitive industrial applications in restrictive spaces.
Trend Themes
1. Slender Six-axis Robots - Opportunity for disruptive innovation in assembly tasks due to the slender build and ability to work in highly confined spaces.
2. Compact and Lightweight Industrial Robots - Opportunity for disruptive innovation in sensitive industrial applications in restrictive spaces with the ability to be situated on a table-top setting.
3. Highly Focused and Complex Task Execution - Opportunity for disruptive innovation in electronic and automotive assembly tasks with the ability to carry out intricate and precise tasks.
Industry Implications
1. Electronics Assembly - Opportunity for disruptive innovation in the electronic assembly industry by utilizing slender and compact robots for intricate assembly tasks.
2. Automotive Assembly - Opportunity for disruptive innovation in the automotive assembly industry by leveraging slender and lightweight robots for precise assembly tasks in restricted spaces.
3. Industrial Automation - Opportunity for disruptive innovation in the industrial automation industry with the use of highly focused robots capable of carrying out complex tasks efficiently.
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