profile
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Profile of intelligent training platform for industrial robot
Intelligent training platform that integrates the digital twining, intelligent track calculation, real-time independent adaption and industrial camera allows mechanical arm to train according to the production demand.

After the training, the robot arm can not only perform the stiff action preset by engineers, but also can flexibly adapt to the changes in the production environment. According to the production requirements, it can independently plan the trajectory. It has the advantages of independent adaption deployment, reducing the cycle of the production deployment, independent avoidance path to the barriers, multi-arm intelligent collaboration.

In the era of the individual demand production, the intelligent training platform of robotic arm greatly reduces the labor cost and time cost, and realizes the cost reduction and efficiency improvement in the small-batch production of multi-varieties (multi-SKU). It also improves production efficiency and product yield in the single-variety massive production.
 
core function
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Core function
Independently adaption to multi-SKU production deployment In the process of the multi-SKU production, according to different SKU requirements, it can independently plan its motion of the arm without manual debugging, and the deployment of line change in the production can be completed.
*It can be simultaneously deployed to single and multiple mechanical arms
Reduce the cycle of the production deployment
When deploying the production, it’s not necessary for engineers to debug repeatedly. Through intelligent trajectory planning, it can plan reasonable trajectory, complete production deployment independently, and reduce much costs of deployment for enterprises.
* It can be simultaneously deployed to single and multiple mechanical arms
Built-in many automatic algorithms for the obstacle avoidance
It is not necessary for engineers to spend time debugging the anti-collision path. It has the built-in algorithms for obstacle avoidance. With the help of vision system (compatible with various vision system) it can predict collision in advance, and realize automatic obstacle avoidance in the real time.
Intelligent collaboration of robotic arms
It’s not necessary for engineers to spend much time debugging separately for different arms. Based on the intelligent trajectory algorithms, it can deploy the trajectories of multiple manipulators and make them have strong collaboration, and can work together appropriately.
 
advantages
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Advantages of intelligent training platform of the robotic arm
Easy to use
Available to use within 1-2 days
The functional layout is clear in logistic, concise UI interface, users do not need to learn complex skills in the programming. Just according to the production requirement, it needs to create module, set up parameter, link process, the production deployment is accessible. Available to use within 1-2 days.
Visual production deployment
The motion of the mechanical arm is presented in 3d dynamic form. The intermediate results including the text and image in each module can be viewed at any time through visual parameter configuration. Let the production deployment more intuitive, easier, and more efficient. It is also easy to check and correct errors.
 
powerful function
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Powerful function
Intelligent track planning
After simple production deployment is preset, the intelligent training platform can make one million intelligent track planning for the robot arm’s swing and grasp logic in the virtual environment according to the production requirements. It can quickly and independently plan out the most suitable motive path and reduce the engineer’s time in debugging.
Match the real working condition scene
Open the last link from the virtual scene to the real working condition.
It’s not necessary for engineers to spend time debugging in the actual production deployment. With the visual technology, it can accurately capture the deviation between the real and the virtual. After planned in the intelligent track, the arm will independently plan a reasonable track to  work accurately and efficiently.
 
自由容器-副本1-副本1
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Correction of the real-time dynamic motion track
In the process of the actual production, it is inevitable that the position deviation of the work parts will appear, so that the traditional arm cannot work according to the deviation, affecting the smooth production.
The real-time dynamic correction technology for intelligent training platform can capture the dynamic changes in the production environment in the real time. According to the deviation changes, it will independently correct the arm’s track, work accurately and efficiently, so as to ensure smooth production.
 
wide adaptation
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Suitable for a variety of industrial robot brands
. . .
Wide adaptation
The intelligent training platform of the robot arm is suitable to various domestic and foreign industrial branded robot (including cooperative robot),the robot can be completely controlled in all directions.
Unified deployment of multi-brand industrial robots
Engineers need not adopt to different programming software for industrial robots with different brands.The intelligent training platform can deploy industrial robots with many different brands at the same time, and give full play to the unique advantages of the industrial robots with each brand.There is no need for debugging industrial robot one by one.
Compatible with various sensor brands
The intelligent training platform of robot arm can adapt to various sensor brands according to the demand, and provide higher cost-effective choice for enterprises.
 
powerful function-副本1
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Support for multiple languages
Built-in Chinese and English language package
Built-in Chinese and English language package, the user can switch language categories with one key, providing the convenience for the deployment of the mechanical arm.
 
自由容器
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Application flow of intelligent training platform for robot arm

3

Input processing technology and requirements (Visual production deployment)

4

Robotic arm training (Intelligent trajectory planning)

6

Rapid calibration on site (Match the real-world scenario)

5

AI Model (training results) issued

7

Put into actual production

8

Environment return training (Correction of the real-time dynamic motion tracks)

1

The 3d model is introduced into the training system

2

Build a virtual production environment
 
MOOMA-副本1
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MOOMA AI Technology(Shanghai) Co.,Ltd
Shanghai
Floor 2, Building 27, Gem Garden, No. 1595, Gumei Road, Xuhui District, Shanghai
(+86) 021 5437 6715
info@moomatech.com

Ningbo
Building1,No.4, Xinhengba Road, Jiangbei District, Ningbo, Zhejiang Province
(+86) 0574 5620 2780
info@moomatech.com

Berlin
No.19 Heide Strasse Europe City,Berlin,Germany
(+49) 176 6102 5538
info@moomatech.com
Compound robot, mechanical arm planting, mechanical arm picking, stacking robot, industrial robot stacking, stacking robot, stacking robot, sorting robot, handling mechanical arm, robot loading and unloading, industrial robot loading and unloading, flexible loading and unloading robot, flexible loading and unloading robot, flexible automation, laboratory robot