Robots & Cobots
Robots
The incorporation of robots into the industrial sector has significantly boosted productivity, improved precision, and allowed for continuous operations without the constraints of human limitations such as fatigue or attention lapses.
Robotic Applications
Packaging Robots
Packaging robots are typically created to perform various tasks such as opening, filling, transporting, palletizing, sealing, coding, or labeling product packaging. Essentially, any process that involves the handling or packing of goods can be automated with the help of a packaging robotic system.
Efficiency Boost
They can speed up the entire packaging process, resulting in a significant increase in production rate. They do not require breaks, meaning they can work around the clock and dramatically outpace human workers in terms of productivity.
Increased Flexibility
They can be reprogrammed quickly and easily to accommodate new products or changes in packaging designs, making them ideal for businesses that frequently change their product offerings.
Exceptional Precision
They can accurately and consistently position, fill, seal, and label items, reducing the likelihood of errors and waste, which can be especially crucial for delicate or complex packaging tasks.
Robotic Applications
Painting Robots
Painting robots use advanced robotic arms equipped with spray equipment to deliver precise, high-quality, and consistent paint applications across various surfaces. They’re widely employed in industries such as automotive, aerospace, furniture, and equipment manufacturing, where uniform paint jobs are essential for aesthetics and product protection.
Enhanced Productivity
They can achieve an efficiency rate of up to 85%, compared to just 20% for skilled human welders. Unlike human welders, robots don’t tire, need breaks, or take vacations. They can consistently produce high-quality welds day after day.
Consistent Quality
With their precise control and consistent operation, painting robots deliver uniform paint layers across varying surfaces. The consistency of their work makes them an ideal choice for projects with stringent quality standards and aesthetic demands.
Reduced Waste and Material Usage
Painting robots provide significant benefits by minimizing overspray and optimizing paint usage, thereby reducing waste and material costs. Their precise control also lessens the risk of errors, cutting down on costly reworks and scrap. This makes robotic painting especially beneficial for high-value projects or those with strict quality requirements.
Key Partners
Who We Work With
We work with businesses of all sizes, across a variety of industries, including manufacturing, food and beverage, pharmaceutical, energy and utilities, and automotive. Our clients trust us to help them achieve their automation goals, and we're proud to have built long-term relationships with many of them.
