Which SCARA Robot Fits Your Needs: Ceiling or Table-mounted?

1. Model Overview and Application Scenarios

Ceiling-Mounted SCARA:

Currently, Robotphoenix’s ceiling-mounted SCARA robots feature a 550mm arm reach and a maximum payload capacity of 3kg. These robots are ideal for industries requiring high precision, such as electronic component assembly, food packaging, and pharmaceutical production. They are particularly well-suited for material handling applications where items need to be picked and placed from above, including high-speed pick-and-place and automatic loading tasks.

Table-Mounted SCARA:

The table-mounted SCARA models come with arm reach options ranging from 450mm to 800mm and payload capacities between 6kg and 10kg. They are widely used in automation processes such as material handling, assembly, adhesive application, and inspection. These robots are commonly found in 3C electronics, automotive components, semiconductors, medical device manufacturing, and logistics industries.

2. Installation Methods

Ceiling-Mounted SCARA:

These robots are installed in an inverted position on top of equipment or on dedicated mounting brackets. This installation method is ideal for production lines with dense equipment or limited space, allowing for efficient high-precision loading and pick-and-place tasks while optimizing production layout and maximizing space utilization.

Table-Mounted SCARA:

These robots are installed upright on a base or workstation, making them suitable for operations on a horizontal plane, such as precision assembly, chip mounting, and inspection. They can be seamlessly integrated into automated production lines.

3. Workspace Considerations

Ceiling-Mounted SCARA:

Since these robots are mounted in an inverted position, their key advantage is saving floor space, making them especially useful in compact production environments. Their work area is primarily concentrated in the vertical direction, making them ideal for high-precision pick-and-place tasks, such as SMT (Surface-Mount Technology) component handling and glass panel transportation.

Table-Mounted SCARA:

Mounted on a base or workstation, these robots occupy some floor space but offer a larger horizontal work range. They are well-suited for tasks such as material handling, assembly, inspection, and welding, making them a versatile choice for various industrial automation needs.

Operating range (unit: mm)

                  Python 550-B6                                                          Python 550F-B3

4. Structural Design and Maintenance

Ceiling-Mounted SCARA:

The structural design of these robots must accommodate inverted installation, requiring additional considerations for center of gravity balance and rigidity to ensure long-term operational stability. Due to their elevated installation position, maintenance and operation can be relatively complex, typically requiring servicing above the equipment.

Table-Mounted SCARA:

With a relatively simple structural design, these robots offer easy installation and maintenance. Operators can perform adjustments and repairs directly from the floor or workstation, reducing downtime and improving production efficiency.

5. Typical Application Cases

Ceiling-Mounted SCARA Case:

A food packaging company implemented overhead-mounted SCARA robots for high-speed pick-and-place operations, reducing production line space usage by 30% while improving operational efficiency and achieving unmanned production.

Table-Mounted SCARA Case:

An automotive components manufacturer utilized tabletop-mounted SCARA robots for screw fastening and component assembly, enhancing product consistency, reducing labor costs, and increasing production efficiency.

Conclusion

Robotphoenix’s ceiling-mounted and table-mounted SCARA robots each have their advantages, catering to different production needs. Ceiling-mounted SCARA robots are ideal for space-constrained environments requiring vertical operations, whereas table-mounted SCARA robots offer a larger horizontal workspace and easier maintenance, making them suitable for precision assembly, inspection, and material handling applications.

When selecting a SCARA robot, enterprises should consider factors such as production line layout, operational requirements, and maintenance convenience to ensure an optimal automation setup that enhances efficiency and reliability.

If you are looking for high-performance SCARA robots, feel free to contact Robotphoenix. We provide the best solutions to support your smart manufacturing upgrades!