Automation New robot range supports digital transformation in manufacturing

Source: Mitshubishi Electric 2 min Reading Time

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Enhancing automation and efficiency, Mitsubishi Electric’s latest Scara robots offer a powerful solution for modern manufacturing. Designed for speed, precision, and seamless integration, they help businesses overcome workforce challenges while embracing digital transformation.

Left: Melfa RH-20CRH, Right: Melfa RH-10CRH. These new robots provide manufacturers with greater flexibility in adopting digital manufacturing while addressing skilled workforce shortages.(Source:  Mitsubishi Electric Corporation)
Left: Melfa RH-20CRH, Right: Melfa RH-10CRH. These new robots provide manufacturers with greater flexibility in adopting digital manufacturing while addressing skilled workforce shortages.
(Source: Mitsubishi Electric Corporation)

Mitsubishi Electric has launched its Melfa RH-10CRH and RH-20CRH Scara robots, providing manufacturers with greater flexibility in adopting digital manufacturing while addressing skilled workforce shortages. These new robots enhance industrial automation through high-speed operation, easy installation, and exceptional efficiency. Compact and lightweight, they are ideal for manufacturers aiming to boost productivity while navigating space and weight constraints.

Engineered with versatility in mind, the Melfa RH-CRH series has been designed for a wide range of applications, including assembly, coating, and precision conveyance. With maximum reach radii ranging from 600 mm to 1,000 mm and payload capacities of up to 10 kg and 20 kg, respectively, the RH-10CRH and RH-20CRH offer performance and adaptability to meet various production needs. The RH-10CRH is designed for transportation and assembly in the food and automotive industries, while the RH-20CRH specializes in handling and packaging heavy items. Their lightweight design and compact structure allow for seamless integration into even the most restricted workspaces, maximizing operational flexibility.

The Melfa RH-CRH series robots are equipped with innovative battery-less motors, which removes the need for periodic battery replacements. This reduces maintenance downtime and costs and effectively eliminates the risk of losing the robot’s positional origin (home position) due to battery exhaustion. As a result, the robots deliver consistent reliability, even during long production schedules or after extended downtime periods.

These improvements to productivity are amplified by a simplified design that significantly reduces the number of components, resulting in up to 69 percent weight reduction compared to previous models. This lowers installation and facility costs while enhancing long-term operational reliability, continuous operation performance, and overall productivity. Furthermore, the integrated wiring and air piping within the robot arm reduce wiring complexity and simplify setup.

The Melfa RH-CRH series also offers advanced functionality, tracking operations, support for 3D and 2D vision sensors, and force sensing, ensuring precise performance for high-speed tasks. Compatibility with CC-Link IE Field Basic, a gigabit industrial Ethernet network, enables seamless integration into existing production networks and Mitsubishi Electric Factory Automation products, making it ideal for digital transformation in manufacturing. Its optional safety features ensure secure operation in collaborative environments.

“With the Melfa RH-CRH series, we’ve created a solution that delivers exceptional performance and addresses the practical challenges our customers face in modern manufacturing,” said Keisuke Matsumura, Development Section Team Leader. “These robots alone demonstrate our commitment to innovation by helping manufacturers enhance productivity and efficiency. Additionally, when combined with other Mitsubishi Electric’s software advances — such as Melsoft Vixio enabled AI visual inspection, the creation of digital twins using Melsoft Gemini — the expansion of automation, additional cost savings and system benefits can be achieved.”

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