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Delta Robot

Delta Robot

Cobot

Cobot

Delta Robot

Delta Robot

Delta robot 'LASER' series is the world's best

It is a high-speed, high-precision delta robot, which is a 4-axis high-speed delta robot for small, medium, and large classes.

Delta robot 'LASER' series is the world's best

It is a high-speed, high-precision delta robot, which is a 4-axis high-speed delta robot for small, medium, and large classes.

Easy to introduce and use 'Easy'

'Safe' is safe to work with and

'Connected' Cooperative robot that can be connected anytime, anywhere

Easy to introduce and use'Easy'

'Safe' is safe to work with and

'Connected' Cooperative robot that can be connected anytime, anywhere

Delta robot'LASER' series is the world's best

It is a high-speed, high-precision delta robot, which is a 4-axis high-speed delta robot for small, medium, and large classes.

Neuromeka's representative model'Indy' is the first cooperative robot designed and manufactured by Neuromeka. Indy, a collaborative robot that guarantees operator safety based on an innovative collision detection algorithm, supports more intuitive Direct Teaching through impedance control, and allows online and offline programming through an Android tablet-based teaching pendant app.

Neuromeka's representative model'Indy' is the first cooperative robot designed and manufactured by Neuromeka. Indy, a collaborative robot that guarantees operator safety based on an innovative collision detection algorithm, supports more intuitive Direct Teaching through impedance control, and allows online and offline programming through an Android tablet-based teaching pendant app.

Patent .

P_01) Patent 10-1876845 | Robot Control Device

P_02) Patent 10-1716855 | Network pairing method in Internet of Things gateway system

P_03) Patent 10-1898092 | Controller for terminal control of multi-degree-of-freedom robot, multi-degree-of-freedom robot control method

P_08) Patent 11,104,005 | CONTROLLER FOR END PORTION CONTROL OF MULTI-DEGREE-OF-FREEDOM ROBOT, METHOD FOR CONTROLLING MULTI-DEGREE-OF-FREEDOM ROBOT BY USING CONTROLLER, AND ROBOT OPERATED THEREBY

P_12) Patent 10-2170590 | Collaborative robot control system and collaborative robot clustering method

P_13) Patent 10-2079121 | Method and device for identifying multiple objects from an image, computer-readable storage medium

P_14) Patent 10-2080145 | Object pose estimation method using latent variable dictionary of auto encoder

P_15) Patent 10-2139229 | Method and system for detecting collision of robot manipulator using artificial neural network

P_16) Patent 10-2170592 | Reference point-based coordinate system specific system and method for defining robot posture

P_17) Patent 10-2105626 | Method for automatically setting collision sensitivity of collaborative robot

P_18) Patent 10-2079122 | Dynamic Simulation-Based Control Framework for Robots

P_19) Patent 10-2170591 | Friction compensation method for multi-degree-of-freedom collaborative robot

P_20) Patent 10-2111655 | Automatic calibration method and device for robot vision system

P_22) Patent 10-2156655 | Dynamic Simulation-Based Control Framework for Robots

P_23) Patent 10-2333882 | Method and device for identifying multiple objects from an image, computer-readable storage medium

P_24) Patent 10-2177445 | Object pose estimation method using latent variable dictionary of auto encoder

P_25) Patent 10-2226122 | Method for automatically setting collision sensitivity of collaborative robot

P_26) Patent 10-2220173 | Automatic calibration method and device for robot vision system

P_27) Patent 10-2357168 | Method and system for detecting collision of robot manipulator using artificial neural network

P_29) Patent 10-2356660 | Friction compensation method for multi-degree-of-freedom collaborative robot

P_30) Patent 10-2225348 | Reference point-based coordinate system specific system and method for defining robot posture

P_31) Patent 10-2449599 | Assembly jig for robot drivetrain system including harmonic drive

P_32) Patent 10-2449604 | Assembly jig for robot drivetrain system including harmonic drive

P_33) Patent 10-2373795 | Robot drivetrain system including harmonic drive

P_36) Patent 10-2395225 | Smart Actuator for Robot Modularized Based on Torque Value

P_37) Patent 10-2479904 | Friction compensation system and friction compensation method for multi-degree-of-freedom robot

P_44) Patent 10-2480078 | Frying apparatus and frying method using collaborative robot

P_46) Patent 10-2472443 | Movable base for collaborative robot for cooking process

P_47) Patent 10-2403568 | Robot teaching device and robot teaching method using the same

P_48) Patent 10-2403021 | Robot teaching device and robot teaching method using the same

P_55) Patent 10-2405080 | Robot drivetrain system including harmonic drive

U_01) Patent 20-0495361 | Collaborative Robot Monitoring System

PA_01) Patent 10-1268585 | Deadtime compensation method for 3-phase inverter of S V P WM method

PA_02) Patent 10-1461627 | Absolute position detection method of reducer output shaft

PA_03) Patent 10-1632370 | Brake device for robot joint module

PA_04) Patent 10-1794700 | FPCB Automatic Sorting Device

Certification.

Innovative Product

Indy7

COFFEE BREWING MASTER CERTIFICATE

Indy12

STEP2

(RoHS) Directive 2015/863

STEP3

(RoHS) Directive 2015/863

D3

D6

Functional Safety

Management System

Journal.

“Analytic nonlinear H-infinity inverse optimal control for Euler-Lagrange system,” IEEE Trans. Robot. Automat.

“Geometric Integration on Euclidean Group with Application to Articulated Multibody Systems”, IEEE Trans. on Robotics, Vol. 21, No. 5, pp. 850-863, 2005

“Collision Detection for Industrial Collaborative Robots: A Deep Learning Approach”, IEEE ROBOTICS AND AUTOMATION LETTERS, Vol. 4, No. 2, pp. 740-746, Apr. 2019

“Task Space Control of Articulated Robot near Kinematic Singularity: Forward Dynamics Approach”, IEEE ROBOTICS AND AUTOMATION LETTERS, accepted, 2020

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