Fully Automatic Cupping and Deep-Drawing Test Machine
The ERICHSEN Model 212 paint testing machine epitomizes the cutting-edge in fully automated cupping and deep-drawing cup test technology for evaluating the ductility of coated, ferrous and non-ferrous metals, including stamping paints, lacquered, plastic coated, or electroplated materials. Featuring an electro-hydraulic drive, this machine can exert a maximum drawing force of 120 kN, making it a powerhouse for your materials testing needs. Operated via a resistive touch panel, the machine promotes ease of use through user-friendly menu navigation supported by main and emergency off switches conveniently located next to the touch panel. Ergonomic control buttons on the front of the housing allow for precise adjustments of sheet holding force and forming speed.
Application and Purpose
Designed for the manufacturing sector, where deep-drawn products require deformation without compromising surface coating quality, the Model 212 plays a crucial role in quality assurance, research, and development. It significantly lowers the reject rate by enabling the monitoring of coating quality during production, immediate identification of inferior quality materials upon arrival, and thus supports quality assurance processes with a high degree of test result accuracy at low maintenance costs. Its sturdy construction and hydraulic operation assure wear-resistant functioning.
Design and Scope of Delivery
Built from high-strength steel, the machine houses the test aggregate including the test cylinder with work piston, sheet holder plate, and die, all of which are easily accessible for swift changes of the tools required for individual tests. The control panel is well arranged, ensuring smooth operation from cutting the blank to drawing and ejecting the cup, all executed in a single operation. The scope of delivery includes the Cupping and Deep-drawing Cup Test Machine, Model 212, test tool according to DIN EN ISO 1520, operating instructions, and the manufacturer’s test certificate M.