Epson has entered the collaborative robot market with its new AX6, a six-axis robot designed for flexible automation, easy programming and closer interaction between workers and machines.
One model worth comparing is the Universal Robots UR10e, an established collaborative robot used in material handling, machine tending and assembly.
Although both robots are designed for flexible automation, they serve different payload and reach requirements. The AX6 focuses on compact applications, while the UR10e offers greater payload capacity and working range.
| Parameter | Epson AX6 | Universal Robots UR10e |
|---|---|---|
| Robot Type | Collaborative Robot | Collaborative Robot |
| Degrees of Freedom | 6 | 6 |
| Maximum Payload | 6 kg | 12.5 kg |
| Reach | 900 mm | 1,300 mm |
| Repeatability | ±0.03 mm | ±0.05 mm |
| Robot Weight | 18 kg | Approx. 33.5 kg |
| Protection Rating | IP54 | IP54 |
| Programming | No-code / Python | PolyScope |
| Mounting | Table / Wall / Ceiling | Multiple orientations |
The specifications show a clear difference in capacity. The UR10e supports more than twice the payload of the AX6 and offers an additional 400 mm of reach.
The AX6, however, has a lighter 18 kg body and a smaller working envelope, which can be advantageous where installation space and robot relocation are important.
The Epson AX6 is Epson's first collaborative robot. Its design emphasizes accessibility for users who may not have extensive robot programming experience.
Key features include:
Lightweight construction: A carbon-fiber structure keeps the robot weight at approximately 18 kg.
No-code programming: An intuitive interface simplifies basic programming and setup.
Python development: Users can extend applications with customized Python libraries and modules.
Power and force limiting: Supports collaborative operation when the complete application has been properly risk-assessed.
End-of-arm connections: Integrated Ethernet and pneumatic connections simplify the installation of grippers and other tools.
The AX6 is particularly interesting for small assembly stations, dispensing tasks and applications where frequent redeployment is required.
The UR10e is designed for applications requiring a larger working range and heavier tooling or workpieces.
Its 12.5 kg payload and 1,300 mm reach make it suitable for:
Machine tending
Palletizing and material handling
Packaging operations
Assembly and screwdriving
Part transfer between production stations
The UR10e also uses Universal Robots' PolyScope programming environment, which provides a graphical interface for configuring robot movements and application routines.
For manufacturers handling heavier components or needing to reach deeper into machines, the UR10e offers more capacity.
The choice depends on the actual requirements of the automation project.
| Application Requirement | Recommended Model |
|---|---|
| Lightweight assembly | Epson AX6 |
| Compact workcell | Epson AX6 |
| Frequent robot relocation | Epson AX6 |
| Heavier machine tending | UR10e |
| Longer working distance | UR10e |
| Larger payload requirements | UR10e |
It is important to consider more than the nominal payload. Tool weight, workpiece center of gravity, acceleration and mounting conditions can all affect the usable capacity of a robot.
Both models also require an application-specific safety assessment. A collaborative robot does not automatically guarantee that an entire workcell can operate without guarding.
The Epson AX6 and Universal Robots UR10e target different automation requirements.
The AX6 is a compact, lightweight option for applications prioritizing ease of programming, flexible installation and smaller payloads. The UR10e is better suited to tasks requiring greater reach and payload capacity.
For buyers, the best starting point is to define the workpiece weight, tool configuration, required reach and available installation space before comparing robot prices.
Epson has entered the collaborative robot market with its new AX6, a six-axis robot designed for flexible automation, easy programming and closer interaction between workers and machines.
One model worth comparing is the Universal Robots UR10e, an established collaborative robot used in material handling, machine tending and assembly.
Although both robots are designed for flexible automation, they serve different payload and reach requirements. The AX6 focuses on compact applications, while the UR10e offers greater payload capacity and working range.
| Parameter | Epson AX6 | Universal Robots UR10e |
|---|---|---|
| Robot Type | Collaborative Robot | Collaborative Robot |
| Degrees of Freedom | 6 | 6 |
| Maximum Payload | 6 kg | 12.5 kg |
| Reach | 900 mm | 1,300 mm |
| Repeatability | ±0.03 mm | ±0.05 mm |
| Robot Weight | 18 kg | Approx. 33.5 kg |
| Protection Rating | IP54 | IP54 |
| Programming | No-code / Python | PolyScope |
| Mounting | Table / Wall / Ceiling | Multiple orientations |
The specifications show a clear difference in capacity. The UR10e supports more than twice the payload of the AX6 and offers an additional 400 mm of reach.
The AX6, however, has a lighter 18 kg body and a smaller working envelope, which can be advantageous where installation space and robot relocation are important.
The Epson AX6 is Epson's first collaborative robot. Its design emphasizes accessibility for users who may not have extensive robot programming experience.
Key features include:
Lightweight construction: A carbon-fiber structure keeps the robot weight at approximately 18 kg.
No-code programming: An intuitive interface simplifies basic programming and setup.
Python development: Users can extend applications with customized Python libraries and modules.
Power and force limiting: Supports collaborative operation when the complete application has been properly risk-assessed.
End-of-arm connections: Integrated Ethernet and pneumatic connections simplify the installation of grippers and other tools.
The AX6 is particularly interesting for small assembly stations, dispensing tasks and applications where frequent redeployment is required.
The UR10e is designed for applications requiring a larger working range and heavier tooling or workpieces.
Its 12.5 kg payload and 1,300 mm reach make it suitable for:
Machine tending
Palletizing and material handling
Packaging operations
Assembly and screwdriving
Part transfer between production stations
The UR10e also uses Universal Robots' PolyScope programming environment, which provides a graphical interface for configuring robot movements and application routines.
For manufacturers handling heavier components or needing to reach deeper into machines, the UR10e offers more capacity.
The choice depends on the actual requirements of the automation project.
| Application Requirement | Recommended Model |
|---|---|
| Lightweight assembly | Epson AX6 |
| Compact workcell | Epson AX6 |
| Frequent robot relocation | Epson AX6 |
| Heavier machine tending | UR10e |
| Longer working distance | UR10e |
| Larger payload requirements | UR10e |
It is important to consider more than the nominal payload. Tool weight, workpiece center of gravity, acceleration and mounting conditions can all affect the usable capacity of a robot.
Both models also require an application-specific safety assessment. A collaborative robot does not automatically guarantee that an entire workcell can operate without guarding.
The Epson AX6 and Universal Robots UR10e target different automation requirements.
The AX6 is a compact, lightweight option for applications prioritizing ease of programming, flexible installation and smaller payloads. The UR10e is better suited to tasks requiring greater reach and payload capacity.
For buyers, the best starting point is to define the workpiece weight, tool configuration, required reach and available installation space before comparing robot prices.
