Electronics

In today’s rapidly evolving electronics industry innovation drives success. Discover advanced solutions that redefine precision, efficiency, and integration. From intelligent robotics with force sensing capabilities to seamless cloud connectivity, our technologies empower businesses to optimise performance and stay ahead in competitive markets. Explore how we create a new standard of excellence for electronic manufacturing and beyond.

Boost your productivity and safety with MELFA FR Series SCARA robots. These advanced robots deliver ultra-fast palletising, precise sorting, and perfect component placement – all in record time.

By integrating with the MELSEC iQ-R platform, you gain access to intelligent cooperative control and collision avoidance functions, ensuring smoother and more reliable automation. Additionally, the available SECS/GEM communication module simplifies implementation in electronics manufacturing, ensuring compliance with industry standards.The integrated robot-PLC solution allows a single system to be programmed with global variables, as well as the ability to transfer data in OPC UA or MQTT directly to the cloud via dedicated PLC modules.MELFA FR series SCARA robots are more than just robots – they’re your gateway to intelligent, flexible production.

Our robots can sense the force applied when assembling, machining parts, or inserting delicate components, enabling it to perform work that requires force adjustment and force sensing.

Main features:

• Controlling the robot so that it accurately follows the profile of a workpiece.
• Reduction of 60% in tact times due to AI functions.
• Allows operation with a specific user-defined force.
• Traceability of position and force data at the time of contact.

MELFA Smart Plus is an option provided to MELFA FR series SCARA robots with next-generation intelligence. Inserting a MELFA Smart Plus board into the robot controller enables a number of intelligent functions, such as temperature compensation of the robotic arm to increase positioning accuracy. This improves the capability and performance of the system.
This feature is ideal for tasks where high precision is required, such as the assembly of small components like integrated circuits found on electronic boards.