Cefla Brings Robotic Technology to USA Lab

Cefla North America announced that the company has installed an advanced robotic spray machine in its finishing laboratory, known as the iBotic. This finishing technology is the largest and most advanced of all finishing technologies housed in the Cefla North America testing laboratory, has been installed to enhance the customer testing experience and expand the company’s line up of first-in-class surface enhancement equipment. To commemorate the machine’s installation and commissioning, the Cefla team hosted a number of North American companies to a focused event highlighting its adhesive glue spray capabilities.

According to the company, “The iBotic is a cartesian spraying robot with a choice of one or two spraying arms that facilitates high production volumes and an ultra-high quality finish. It’s dedicated edge gun ensures accurate and thorough spray coverage onto the sides of flat, 3D, and other parts with complex trajectories. Capable of spraying paint or adhesive glue onto a variety of substrates, including wood, wood derivatives, metal, ceramics, glass, fiber glass and plastic, the iBotic is extremely versatile.”

“With two arms working harmoniously, one gun arm can focus on edges while the other reciprocates for thorough yet precise coverage. As well, iBotic spray technology accurately scans and finishes pieces of varying shape and thickness with the conveyor either stationary or in motion. It is available in working lengths of 3,000 to 5,500 millimeters, depending on gun and spray arm configuration as well as application choice,” the company added.

Other notable features include improved hardware control that reduces energy consumption, improved HMI graphics, simultaneous function control on the same arm for quicker adjustments, automatic adjustment system for exhaust fan with less need for operator intervention, and an option for internal camera for monitoring purposes or remote servicing/troubleshooting by Cefla technicians.

Leave a Reply

Your email address will not be published.