Neuromeka

Neuromeka, a South Korean company specializing in collaborative robots, offers a range of robots designed for safe interaction with humans, adaptable for various industries such as F&B services and media and art and tasks through programming. 

The company has established a Robot-as-a-Service platform, centered on collaborative robots, to facilitate easy and safe robot automation deployment without the need for extensive expertise.  

Neuromeka's main products include the following: 

1) Indi: Neuromeka's flagship collaborative robot model, Indy, features a sensorless collision detection algorithm, ensuring worker safety through impedance control. Indy supports intuitive direct teaching and offers online/offline programming options through a tablet-based teaching pendant app.  

2) ICoN: A co-industrial robot with advanced collision detection algorithms, status indicators, and peripheral safety devices like laser scanners. It offers direct teaching through impedance control and a tablet-based teach pendant app called CONTY. 

3) Moby: An autonomous mobile robot platform designed to work with Indy. Moby offers a flexible workspace and can be equipped with various sensors by changing the sensor plate. It can be employed for tasks such as delivery, patrol, quarantine, and guidance by changing workpallets.  

4) D: A four-axis delta robot designed for automation solutions. It comes in two models with varying payload capacities, 'D3' (3kg payload) and 'D6' (6kg payload) and can be integrated with custom grippers, conveyor belts, and vision sensors for line automation. 

Key customers and partnerships  

Neuromeka collaborates with various partners, including AMS, CEK Technology Inc, SAMBO Technology, Robotable, POSTECH, and GoPizza, to enhance its offerings and expand its reach across different applications and industries. 

Moreover, in October 2023, Neuromeka signed a memorandum of understanding with KEBA, a provider of robotics and industrial automation solutions to facilitate collaboration in industrial robotics.