Platformă de simulare de programare offline pentru roboți industriali

Sistemul inteligent de control al sudării fără predare MINYUE Technology a fost angajat în domeniul automatizării sudării robotizate cu ani de experiență. Pentru rezolvarea problemei industriei. Cum ar fi lipsa crescândă a sudorilor, precizia inadecvată a descărcării și asamblarii pieselor, un număr mare de piese de lucru nestandard și în cantități mici în construcții din oțel, construcții de nave, industria grea, producție etc. Oferă soluția inteligentă de sudare, caracterizată prin integrare completă și predare avantaje gratuite .

RobotSmart, the intelligent decision system of MinYue, can quickly generate robot trajectories, effectively solving the problems of complex welding trajectory teaching, low programming efficiency, low utilization of robots and other on-site programming problems.

The Robotsmart Intelligent Decision System generates the weld trajectory points and their positions by importing the workpiece 3D digital model into the software and selecting the points, lines and surfaces on the 3D model, as well as generating a robot program that can be used directly on the robot side, a point cloud model for visual localization, and the created user coordinate system.

This offline programming software for robots enables the modeling and simulation of robots, Workcells, and production lines, as well as collision detection. It integrates common algorithm packages for robots, including kinematics, dynamics, trajectory planning, trajectory optimization and so on. The offline programming software simulation can achieve the same time synchronization and trajectory running effect as the real controller, realizing the real offline programming. Programming results can be generated in different robot command languages and downloaded to the actual controller for operation.

Caracteristici principale

Modularity can be integrated: the software is modularized to customize the different needs of customers.

Collision Detection and Distance Calculation: quickly realize the calculation of the minimum distance of the simulation model and whether it is collision or not.

Collision Detection and Distance Calculation: quickly realize the calculation of the minimum distance of the simulation model and whether it is collision or not.

Forward and inverse kinematics: Supports generalized algorithms for forward and inverse kinematics of series-parallel mechanisms.

Dynamics: generalized dynamics algorithms for implementing series-parallel mechanisms.

Trajectory planning algorithm: can automatically plan collision-free robot trajectories.

Trajectory optimization algorithm: minimizing time and energy offline to optimize the robot's trajectory.

Virtual Controller: The virtual controller realizes precise time and trajectory control, and the simulation effect is the same as the actual controller.

Supports multiple positioner, multiple external axes.

Flexibly build a variety of simulation scenarios.

Peste 100 de modele de roboți încorporate，Compatibil cu toate modelele celor patru giganți de roboți și mărci naționale obișnuite.

Durează doar 1 ~ 2 zile pentru a finaliza depanarea comunicației robotului, ciclul de depanare mai scurt și costul de depanare mai mic.

three-demensional digital model

Ready - offline programming without downtime. Next day/week/month's production program can be done in advance to match the Mes scheduling plan.

Efficient ，non-teaching, parametric, graphical programming, automatic program generation within 30 minutes reduces the threshold of use.

Intelligent - generating reports at regular intervals and reminding of exceptions. Real-time update and management of parts library, parameter library, project library data.