.png){kind=small}
Painting
Robotic Painting
Robotic painting is one of the most impactful innovations in the industrial sector, enabling more efficient production with greater quality control and less material waste. With the precision and efficiency guaranteed by industrial robots, companies can not only increase their production capacity but also improve the consistency and durability of their final products.
These robotic lines are generally composed of:
Painting robots: Industrial robots programmed to perform precise movements, applying paint uniformly, without flaws, and optimizing material consumption.
Process control systems: Equipment that ensures consistent paint quality and keeps the work environment, such as the paint booth, free of contaminants.
Transport automation: Systems that move parts to be painted automatically, minimizing cycle time and increasing efficiency.
Recovery and filtration systems: To ensure that ink is not wasted, as well as to improve the environmental control of the operation.
The precision of the robots, along with the sensors and monitoring systems, ensures that paint quality is maintained at high levels. This reduces the need for rework and increases customer satisfaction.
These solutions are applicable in various industry sectors, such as automotive, auto parts, metallurgy, white goods, among many others, offering advantages such as reduced operating costs, standardization, improved quality, and speed in the painting process.
Here are some advantages of this technology:
Precision and Consistency: Painting robots are programmed to perform tasks with high precision, ensuring that each paint application is uniform. This results in high-quality finishes and reduces variability between products.
Increased Productivity: Automating the painting process allows operations to be performed more quickly than with manual techniques. Robots can work continuously, without pauses, increasing production efficiency.
Reducing Material Waste: Robotic painting systems are designed to optimize paint usage, minimizing waste. This not only saves material but also contributes to sustainability by reducing environmental impact.
Worker Safety: Robotic painting can reduce workers' exposure to hazardous chemicals and potentially harmful work environments. Robots can operate in conditions that would be dangerous for humans, promoting a safer work environment.
Flexibility and Adaptability: Painting robots can be programmed for different types of projects and finishes, allowing for rapid adaptation to changes in production. This facilitates customization and the implementation of new designs without the need for major reconfiguration.
These advantages make robotic painting an attractive solution for many industries seeking efficiency and quality in their painting processes.
MCK Simple Robotic Painting – Smaller and simpler parts
The MCK Simple painting line is the most basic automated painting solution. This painting solution utilizes smaller painting robots and simpler painting equipment, geared towards painting smaller parts with lower complexity and finishing requirements, such as metal parts, general casing painting, small planar parts, etc.
The MCK Simple painting line provides approximately a 30% reduction in paint consumption compared to a manual process without electrostatics, and this reduction can be even greater when the customer's process is very poor and deficient.
As a specialized company, we provide complete solutions to meet customer needs.
The MCK Simple robotic cell allows for the painting of various types of parts made from different materials such as metal, wood, and plastic components from various industrial sectors.
Products manufactured by MCK can be purchased in up to 48 installments using the BNDES card or through special financing conditions via FINAME.
MCK Ultra Robotic Painting – Medium-sized parts with a superior finish.
The MCK Ultra paint line is a medium-sized automated painting solution, but with a higher degree of finishing requirements.
This solution will utilize smaller painting robots and medium-sized painting equipment, designed for painting smaller parts, but with higher finishing requirements and greater complexity.
With the MCK Ultra Robotic Painting system, on average, paint consumption savings reach 35% compared to a manual process without electrostatics, and this reduction can be even greater when the customer's process is very poor and deficient.
Our robotic painting systems broadly meet the demands of various industry segments, exceeding expectations in quality, speed, cost-effectiveness, and precision, in addition to several other advantages such as:
Ink Economy;
Lower Costs;
Reduction of rework;
Greater Production Flexibility;
Better Uniformity;
Between others.
Products manufactured by MCK can be purchased in up to 48 installments using the BNDES card or through special financing conditions via FINAME.
MCK Power Robotic Painting – Large and complex parts
The MCK Power solution is the largest robotic painting solution available. This solution utilizes larger painting robots and heavy-duty painting equipment, designed for painting complex and large-scale parts. It is also suitable for applications where paint quality, significant paint economy, and painting speed are essential requirements.
It is worth noting that when employing the MCK Power Robotic Painting system, on average the savings in paint consumption reaches 35% compared to a manual process without electrostatics, and this reduction can be even greater when the client's process is very poor and deficient.
The MCK Power paint line is a robust solution designed to meet the most complex demands, requiring high-quality paint and finish.
Its versatility also allows it to be configured for painting small parts.
The MCK Power robotic painting line significantly increases your company's production capacity, directly impacting profitability.
Products manufactured by MCK Automação can be purchased in up to 48 installments using the BNDES card or through special financing conditions via FINAME .
