Robotic Painter for Australian Manufacturing
When manufacturers need to improve paint quality, increase production and reduce repetitive manual work, a robotic painter can transform the entire process.
At Automated Solutions Australia (ASA), we have been integrating robotic painting systems for more than 20 years. Since 2002, our team has designed, engineered and integrated automation solutions for Australian manufacturers.
We specialise in FANUC robotic painting technology, combining proven industrial robots with our own application, engineering and integration expertise. As a result, we can develop a robotic painter solution around the actual requirements of your production process, rather than forcing your operation to fit a standard system.
From spray painting and coating through to complex paint finishing applications, we help manufacturers achieve greater consistency, efficiency and control.
What is a Robotic Painter?
A robotic painter is an industrial robot designed and programmed to automate the application of paint, coatings, primers, finishes and other materials.
Instead of an operator manually moving a spray gun across every component, the robot follows a carefully programmed path. Consequently, it can repeat the same movement with a high level of accuracy from one production cycle to the next.
A robotic painter can control important application variables, including:
- Robot speed
- Spray path
- Gun position
- Application angle
- Paint flow
- Atomisation
- Fan patterns
- Electrostatic charge
- Coating thickness
Therefore, manufacturers gain much greater control over the painting process.
At ASA, we integrate these capabilities into complete robotic painting systems. We consider the robot, paint equipment, booth, conveyors, controls, safety systems and production requirements as one integrated solution.
Why Choose a Robotic Painter?
Manual painting can deliver excellent results when the right operator performs the right task. However, maintaining that consistency across long production runs can be difficult.
A robotic painter provides repeatability.
Once we have programmed and validated the correct application process, the robot can repeat the same movement throughout production. As a result, manufacturers can achieve more consistent finishes while reducing variation between operators and production runs.
Improve Paint Consistency
Consistency is one of the biggest advantages of robotic painting.
A robot does not become tired during a production shift. It also does not change its spraying technique throughout the day. Instead, it follows the programmed path and application parameters every time.
Consequently, a well-designed robotic paint system can help manufacturers achieve a more uniform finish and reduce variations in coating application.
Reduce Paint Waste
Paint waste can quickly add up in a manual process.
However, a robotic painter can apply paint with precise control over its movement and application parameters. This can improve transfer efficiency and reduce unnecessary overspray.
In turn, manufacturers can use their coating materials more efficiently.
At ASA, we look beyond the robot itself. We consider the complete application process so we can identify opportunities to improve material usage and overall paint finishing performance.
Increase Production Efficiency
Robotic painting can also help manufacturers increase throughput.
A robot can perform repetitive painting tasks continuously and consistently. Therefore, your production team can spend less time performing repetitive coating work and more time focusing on tasks where human input provides greater value.
Furthermore, automated painting can integrate with conveyors and other production equipment. FANUC PaintTool technology can also support painting while components move through a production line, helping manufacturers maintain production flow.
Improve Workplace Safety
Painting environments can expose workers to solvents, paint particles and other hazardous substances.
By automating repetitive painting operations, manufacturers can reduce the amount of time employees need to spend directly inside hazardous painting environments.
Importantly, the robotic system must still be designed around appropriate safety and hazardous-area requirements. At ASA, we consider these requirements during the engineering and integration process rather than treating safety as an afterthought.
Why We Integrate FANUC Robotic Painters
At ASA, we have chosen to specialise in FANUC paint robots.
There is a reason for this.
FANUC provides a broad range of painting robots designed specifically for industrial coating applications. These robots offer the precision, reach, payload and motion capabilities required across many different manufacturing environments.
More importantly, our team understands how to integrate FANUC technology into a complete production system.
That distinction matters.
Buying a robot is only one part of a successful automation project. The real value comes from selecting the right robot, designing the cell correctly, integrating the paint equipment, programming the application and commissioning the complete system.
That is where our experience makes a difference.
More Than 20 Years of Robotic Painting Experience
ASA has been integrating FANUC paint robots for more than 20 years.
During that time, we have developed specialist knowledge across robotic painting, paint finishing, dispensing and industrial automation.
Therefore, when we approach a new robotic painter project, we do not start with the robot catalogue.
We start with your process.
We look at your products, production volumes, coating requirements, existing equipment, available floor space and future objectives. From there, we determine how robotics can provide the greatest practical benefit.
This approach allows us to develop a solution that works within your manufacturing environment.
Designing the Right Robotic Painting System
Every manufacturing facility is different.
For example, one manufacturer may need a compact robotic painter for smaller components. Another may need a larger robot with an extended working envelope for heavy or oversized products.
Similarly, some applications require electrostatic application, while others may use HVLP guns, rotary atomisers or other application technologies.
Because of this, we do not believe in a one-size-fits-all approach.
Our Process Starts With Your Application
First, we assess the existing process.
We consider:
- What you are painting
- Product dimensions and weight
- Production volumes
- Cycle times
- Coating materials
- Required finish quality
- Paint application equipment
- Existing conveyors
- Booth configuration
- Available floor space
- Operator interaction
- Safety requirements
- Future production requirements
Next, we develop the automation concept.
Our engineers can then determine the appropriate FANUC robotic painter, application equipment and supporting automation required for the project.
Finally, we integrate and commission the system.
This structured approach helps ensure the robotic painter becomes a productive part of your manufacturing operation rather than an isolated piece of equipment.
Robotic Painters for Different Applications
Robotic painting technology can support a wide range of industrial applications.
At ASA, we work with manufacturers across areas such as:
Industrial Spray Painting
Robotic spray painting provides repeatable movement and controlled application across production runs.
As a result, manufacturers can improve consistency while reducing the manual effort involved in repetitive coating operations.
Paint Finishing
Paint finishing requires careful control over application parameters and robot movement.
Our experience allows us to integrate FANUC robots with the appropriate application equipment to create a system suited to the required finish.
Plastics Painting
Plastic components can present their own coating challenges. Therefore, the robotic system must account for the component geometry, coating requirements and application process.
ASA also integrates robotic solutions for plastics painting applications.
Dispensing and Coating
Robotic technology can also support dispensing applications where manufacturers need accurate and repeatable material placement.
This provides another opportunity to improve process control and reduce variation.
Why Work With ASA?
When you invest in robotic painting, you need more than a robot supplier.
You need an integration partner who understands the complete process.
At ASA, we bring together:
20+ years of automation experience
We have been integrating FANUC robotic systems since 2002.
Specialist FANUC knowledge
We focus on FANUC robotics and understand how to apply the technology to real manufacturing challenges.
Complete system integration
We integrate the robot with the application equipment, controls, safety systems and surrounding production process.
Australian engineering expertise
Our team supports manufacturers across Australia, with operations in Adelaide and Melbourne.
Ongoing support
Our relationship does not end when the robot starts production. We can provide servicing, technical support and ongoing process assistance to help keep your system performing.
Take the Next Step With ASA
A robotic painter can do much more than automate the movement of a spray gun.
When correctly designed and integrated, robotic painting can improve consistency, reduce material waste, increase production efficiency and create a safer working environment.
At Automated Solutions Australia, we combine more than 20 years of robotic integration experience with FANUC technology to deliver tailored painting automation for Australian manufacturers.
We understand that successful automation starts with the application, not the robot.
So, if you are considering robotic painting, automated spray painting or a complete robotic paint finishing system, talk to our team.
We can assess your current process, identify opportunities for improvement and develop a robotic painting solution designed around your production goals.
With ASA, you are not simply buying a robotic painter. You are partnering with an experienced Australian automation integrator that understands how to make robotic painting work in the real world.
Frequently Asked Questions
What is a robotic painter?
A robotic painter is an industrial robot programmed to automatically apply paint, coatings or other finishing materials to manufactured components. It provides repeatable movement and precise control over the application process.
Why use a FANUC robotic painter?
FANUC offers a wide range of robots specifically suited to painting and coating applications. At ASA, we integrate FANUC paint robots because of their precision, reliability and suitability for demanding industrial environments.
Can ASA design a complete robotic painting system?
Yes. We design and integrate complete robotic painting solutions around each customer’s production requirements. This can include the robot, paint application equipment, conveyors, controls, safety systems and other supporting equipment.
How long has ASA been integrating robotic painting systems?
ASA has more than 20 years of experience integrating FANUC paint robots and has been operating since 2002.
Does ASA support robotic painting systems after installation?
Yes. We provide ongoing technical support, servicing and maintenance options to help manufacturers keep their robotic painting systems operating effectively.
