The manufacturing sector is using the market for collaborative robots more and more. In essence, these robots operate alongside humans to increase output and decrease errors. They can also streamline overall operations. Cobots generally integrate advanced safety technologies to ensure they can operate safely in close proximity to human employees.

The Applications

The collaborative robots market size is growing rapidly where we can find its numerous applications particularly in manufacturing operations.

1. Assembly

Collaborative robots have specifically had a profound effect on the entire assembly process in manufacturing. By automating repetitive or monotonous activities the robots can minimize human errors which eventually contribute to better productivity. Collaborative robots further enhance workspace flexibility by working alongside human operators. This leads to a thirty percent cut in production expenses for manufacturers.

Considering the numerous industries and possibilities it is particularly difficult to generate a comprehensive list regarding its applications in manufacturing. This is important to highlight that cobots can execute multiple tasks rather than performing only one specific activity.

2. Machine tending

Cobots can specifically adapt to human environments. This means they generally do not require significant alterations to the workspace. One clear example is machine tending where cobots can replace humans in performing repetitive tasks. This further enhances efficiency and reduces the need for constant supervision.

Cobots can basically handle tasks like operating machines and unloading completed items. It requires only minor changes to the manufacturing environment. It further allows human operators to focus on more valuable tasks. This eventually results in a forty percent boost in overall manufacturing output for manufacturers utilizing cobots.

3. Material handling

The manufacturing industry necessitates handling and organizing an immense parts volume. The pick and place process generally involves selecting a component and relocating it to another location. An example is picking up chocolate in a conveyor belt then positioning it neatly in a tray.

When it comes with different end effector types cobots can manage various materials. The robots are perfect for tasks related to primary and secondary packaging or palletizing. The versatility and accuracy contribute to reducing time or cost generally related to manual packaging.

4. Quality checking

Just like in machine tending cobots are useful for quality checking applications to load and unload components into machines like CMM. By outfitting cobots with external sensors including vision systems they can take on inspection tasks themselves. The robots can further categorize the products according to the inspection outcomes which contributes to a fifty percent reduction in defects.

5. Welding

The collaborative robots market is also important in the welding process. The part joining and welding are integral components within the assembly procedures. Industrial robots have been performing welding for quite some time. But their bulky design makes them expensive and necessitates specific training.

Cobot welding has revolutionized the market owing to its user friendliness and strong return on investment. Welding robots are suitable for any industry with the tasks which provide additional accuracy and uniformity throughout the process. When fabricators discuss their cobot welder many point out the market reduction in rework and scrap. For companies that need more flexibility yet face challenges in staffing enough welders then welding cobots provide an ideal solution. Cobot welders basically have transitioned from being a niche product to a widely used tool in many businesses.