A FANUC 6 axis robot can bring speed, precision and flexibility to a wide range of manufacturing processes. With six degrees of movement, these industrial robots can reach, rotate and position components in ways that suit complex production tasks.
At Automated Solutions Australia (ASA), we understand that successful automation involves much more than installing a robot arm. The right FANUC robot needs to work as part of a complete system, alongside tooling, machinery, safety equipment and production processes.
As an experienced Australian robotics integrator, we help manufacturers identify where robotic automation can deliver real value and then develop systems around their specific requirements.
What Is a FANUC 6 Axis Robot?
A FANUC 6 axis robot is an industrial robot with six independently controlled axes. Each axis allows the robot to move or rotate in a different way.
Together, these movements give the robot a high level of flexibility. It can approach a component from different angles, rotate parts and position a tool accurately within its working envelope.
The six axes generally provide movement through:
- Base rotation
- Shoulder movement
- Elbow movement
- Wrist rotation
- Wrist bending
- Tool rotation
This flexibility makes a 6 axis industrial robot suitable for applications where a simpler robot may not have enough movement or positioning capability.
How Does a FANUC 6 Axis Robot Work?
A FANUC 6 axis robot combines mechanical joints, servo motors, sensors and a robot controller to create precise movement.
The robot controller manages the movement of each axis. At the same time, programmed instructions tell the robot where to move, how quickly to move and what sequence to follow.
However, the robot arm is only one part of the system.
A complete robotic automation solution can also include:
- End-of-arm tooling
- Grippers
- Welding equipment
- Spray equipment
- Vision systems
- Conveyors
- Fixtures
- PLC communication
- Safety systems
- Machine interfaces
This is why system integration is so important.
At ASA, we look at the complete production process rather than treating the robot as a standalone piece of equipment.
Why Choose a FANUC 6 Axis Industrial Robot?
One of the biggest advantages of a FANUC 6 axis robot is flexibility.
A six-axis configuration allows the robot to perform complex movements while maintaining consistent positioning. As a result, manufacturers can automate processes that require a tool or component to approach from multiple directions.
Depending on the FANUC model selected, manufacturers can also choose different combinations of payload, reach, speed and repeatability.
Key advantages can include:
Flexibility
Six-axis movement allows the robot to access components from different angles. This is particularly useful for welding, painting, machine tending and finishing applications.
Consistency
A programmed robot can repeat the same movement and sequence throughout production. This helps reduce variation in repetitive processes.
Productivity
Robots can perform repetitive tasks continuously and consistently. Consequently, operators can spend more time on tasks that require human judgement and skills.
Precision
FANUC industrial robots are designed for controlled and repeatable movement. The required level of repeatability depends on the selected robot and application.
Application versatility
A six-axis robot can be configured for many different manufacturing applications simply by changing the tooling, programming or surrounding equipment.
FANUC 6 Axis Robot Applications
There is no single application for a six-axis robot. In fact, their versatility is one of the reasons they are widely used across manufacturing.
At ASA, we work with manufacturers to identify opportunities for robotic automation across a variety of processes.
Robotic Welding
A FANUC 6 axis robot can control the position and orientation of welding equipment throughout a programmed path.
This makes robotic welding particularly useful for repetitive production where consistent weld positioning and movement are important.
The robot can also be integrated with welding equipment, fixtures and safety systems to create a complete automated welding cell.
Machine Tool Tending
Machine tending is another strong application for FANUC robots.
A robot can load and unload components from CNC machinery, move parts between processes and repeat the sequence consistently.
This can reduce manual handling and help manufacturers make better use of valuable machine time.
Robotic Palletising
Six-axis FANUC robots can also be used for material handling and palletising.
Depending on the application, the robot can pick products or components and place them according to a programmed pallet pattern.
For manufacturers handling different products or pallet configurations, automation can provide greater consistency and reduce repetitive manual handling.
Automated Painting
Painting and finishing can present challenging working conditions for operators.
A suitable FANUC paint robot can provide controlled and repeatable movement while working with the appropriate paint equipment, booth and safety systems.
At ASA, we develop automated paint and finishing solutions around the requirements of the individual production process.
Material Handling
From moving components between machines to loading fixtures, robotic material handling can automate repetitive movement throughout a production line.
The robot’s six-axis movement provides flexibility when parts need to be picked, rotated or positioned at different angles.
Assembly and Pick and Place
Six-axis robots can also perform assembly and pick-and-place tasks.
Their additional degrees of movement can be particularly useful when components need to be positioned from different orientations rather than simply moved vertically and horizontally.
Choosing the Right FANUC 6 Axis Robot
Not every FANUC robot is suitable for every application.
Choosing the correct model starts with understanding the process.
At ASA, we consider factors such as:
Payload: How much does the robot need to carry, including the tooling?
Reach: How far does the robot need to extend to access the required positions?
Cycle time: How quickly must each movement or production cycle be completed?
Repeatability: How consistently does the robot need to return to a programmed position?
Environment: Will the robot operate around heat, dust, paint, moisture or other demanding conditions?
Tooling: What gripper, welding torch, spray equipment or other end-of-arm tooling will be required?
Integration: How will the robot communicate with CNC machines, PLCs, conveyors, sensors and other equipment?
These considerations help determine the most appropriate FANUC robot for the job.
There is no benefit in selecting a robot based purely on payload or reach. The entire application needs to be considered..
Why FANUC Robots?
FANUC has developed a broad range of industrial robots for different manufacturing environments and applications.
Its robot portfolio includes models designed around different payloads, reaches and application requirements.
For manufacturers, this provides flexibility when developing an automation system.
At ASA, our focus is not simply on supplying a FANUC robot. We focus on understanding how the robot needs to operate within the production environment.
That includes considering the machinery around it, the tooling it requires, the safety requirements and the overall production workflow.
Why FANUC Robot Integration Matters
A successful robotic automation project needs more than a robot arm.
For example, a machine tending cell may require the robot to communicate with a CNC machine, open and close doors, identify parts, load and unload components and respond to production signals.
Likewise, a robotic welding cell may require specialist tooling, fixtures, welding equipment, safety guarding and controlled robot movement.
Every part needs to work together.
This is where robotic system integration becomes critical.
At Automated Solutions Australia, we design and integrate FANUC robotic systems around the manufacturing process. We work with manufacturers to understand the task, identify the automation opportunity and develop a solution that fits the production environment.
FANUC 6 Axis Robot Automation with ASA
At ASA, we believe good automation starts with the application.
Before selecting a robot, we consider what the manufacturer is trying to achieve. From there, we can assess the required payload, reach, cycle time, tooling and integration requirements.
Our experience with FANUC robotics spans applications including:
- Machine tool tending
- Robotic welding
- Paint Finishing
- Robotic palletising
- Material handling
- Surface finishing
The result is a complete automation solution designed around the process rather than a standalone robot installation.
For Australian manufacturers considering their next automation project, a FANUC 6 axis robot can provide the flexibility needed to automate demanding and repetitive production tasks.
The key, however, is selecting the right robot and integrating it correctly.
Frequently Asked Questions
What is a FANUC 6 axis robot?
A FANUC 6 axis robot is an industrial robot with six independently controlled axes. This gives the robot a high degree of movement and flexibility for applications such as welding, painting, machine tending and material handling.
What can a FANUC 6 axis robot be used for?
Applications include robotic welding, machine tending, automated painting, palletising, material handling, assembly, pick and place and various finishing processes.
How do I choose the right FANUC robot?
The right model depends on factors such as payload, reach, cycle time, repeatability, working environment, tooling and integration requirements.
Can a FANUC robot be integrated with existing machinery?
Yes. FANUC robots can be integrated into larger automation systems involving machinery, PLCs, CNC equipment, conveyors, sensors, tooling and safety systems. The exact integration approach depends on the application.
Is a 6 axis robot suitable for Australian manufacturing?
Yes. Six-axis industrial robots can be used across many Australian manufacturing environments. The important consideration is selecting the appropriate robot, tooling and system configuration for the specific production process.
Talk to ASA About FANUC Robotic Automation
At Automated Solutions Australia, we help manufacturers turn robotic technology into practical automation solutions.
Whether you are considering machine tending, welding, painting, palletising or another application, our team can assess your requirements and help determine where FANUC robotic automation could fit into your production process.
Looking to automate your manufacturing process? Talk to ASA about a FANUC robotic solution designed around your application.