1.Material Handling: Robots are commonly used in the manufacturing industry for material handling, such as lifting and moving heavy objects and materials from one place to another. This is done more quickly, accurately, and reliably than if done by a human worker.

2.Assembly: Robots are also used in various aspects of assembly work in the manufacturing process, such as welding pieces together or fitting components into an assembly line. Some robots can also be programmed to perform functions such as soldering or crimping with great precision and repeatability.

3.Painting & Finishing: Robots are often used for tasks that require precise application of coatings like paint, glaze, enamel or finishes like chrome plating and powder coating on products made during the manufacturing process. This can ensure that all parts have a uniform coating applied with each batch produced, thus reducing costs associated with factory overhead and improving product quality control efforts across multiple production cycles .

4.Inspection & Quality Control: Manufacturing robots are routinely used for inspection purposes throughout the production line as part of quality assurance protocols employed by modern factories today; these include surface inspection (to check for flaws), dimensional measurement (to inspect shape conformance) ,and verification checks (to verify operation accuracy). All this improves product quality assurance efforts while maintaining high safety standards within industrial environments .

5 Packaging & Palletizing: Robotics play an instrumental role when it comes to packaging items at a much faster rate compared to manual labor – they’re able to handle multiple packaging materials at once without sacrificing accuracy levels that could lead to costly delays down the road due to incorrect labeling/ bottle size mix-ups etc., which helps maintain smooth supply chain operations overall.. They’re also able to efficiently carry out palletizing tasks using articulated arms fitted with grippers which reduces cost associated with manual labor while offering improved throughput times compared traditional methods..