Introduction to composite robot applications
A composite robot refers to a composite robot equipped with an industrial robot (robotic arm) on an AVG/AMR. In composite robot operations, the AVG/AMR robot is first responsible for navigation and movement in factories, warehouses and other environments, and reaches the designated work position through sensors and engineers' preset planning. Once it reaches the target work area, the robot stops and allows the industrial robot (robotic arm) mounted on the AVG/AMR to perform operations such as loading and unloading, assembly, welding, and testing. Since composite robots are a highly integrated operation method with extremely high degrees of freedom, engineers need to spend a lot of time debugging during the deployment of composite robots. Composite robot applications are based on Mooma's core technology - the robot application intelligent delivery system, which realizes the unmanned and flexible operation of composite robots. Through sensors to feedback production environment information, and artificial intelligence technology, composite robots can autonomously adjust their movements according to different production environments, avoid obstacles, and safely reach the target point. At the same time, they can also autonomously adjust the movement of industrial robots (robotic arms) according to the operation requirements of different workpieces (or products) to meet the operation requirements of different workpieces. The robot application intelligent delivery system based on Mooma can not only help engineers greatly reduce the deployment time of composite robot applications and quickly complete production deployment, but also help enterprises reduce the dependence of composite robot applications on engineers, and meet the needs of rapid line change and production change for multi-variety small batch production, thereby reducing costs and increasing efficiency.
Pain points of traditional robot deployment
Mooma solves pain points
· Terminal enterprises:
  High labor costs: non-professionals cannot use it; engineers are scarce and difficult
  to recruit;   Low production application efficiency: deployment, production change, and
  production increase require a lot of time for debugging, and production is stagnant
  for a long time;   Weak adaptability to environmental changes: unable to autonomously match
  changes in the production environment, and environmental changes require
  redeployment;   Etc.

· Integrator:
  High cost: many project participants, low communication efficiency, long project
  cycle;
  Low collaboration: scattered industry tools, low adaptability of multiple sets of
  programs, and easy separation of work in various links;
  High risk: the actual effect is difficult to achieve the expected effect, easy to rework,
  and high risk;   Etc.
· Solve enterprise pain points:
  Reduce labor costs: Reduce the difficulty of robot application so that production line    
  workers can also use it;   Improve deployment efficiency: Greatly shorten the time for deployment,
  production change, and production increase, without manual debugging and long-
  term production stagnation;   Weak adaptability to environmental changes: Can autonomously match changes in
  the production environment and quickly complete deployment;   Etc.

· Solve the pain points of integrators:
  Reduce costs: greatly reduce the number of project participants and shorten the
  project cycle;   Improve collaboration: simplify industry application tools, reduce redundant work
  links, and improve collaboration;
  Reduce project risks: greatly reduce the gap between actual results and
  expectations, avoid rework, and avoid risks;
  Etc.
Understand coretechnologies򠈕
Application areas

Semic, chip modules, 3C electronics, aerospace, automotive industry, pharmaceutical and medical equipment, fast-moving consumer goods, etc.

Comparison of composite robot applications
Traditional composite robot applications
Mooma composite robot application
Deployment Difficulty
Line change production deployment time
Added production deployment time
Deployment efficiency
Multi-variety small batch production
Single product mass production
Labor costs
Production efficiency
Production yield
Operation duration
Production safety
Remote control
Long
Long
Long
Not supported
Supported
High
Relatively high
High
24h operation
High
Not supported
Short
Short
Short
Supported
Supported
High
Low
High
24h operation
High
Supported
easy
Disaster
Client & Partner
Serving Fortune 500 companies, central enterprises, state-owned enterprises, etc.
Our service customers include Fortune 500 companies, listed companies, central enterprises, state-owned enterprises, etc., as well as many rapidly developing mid-sized enterprises, helping enterprises solve the deployment pain points of robot single-machine production, multi-machine production, dynamic change production, large-scale production and other scenarios.
Application of ATE tester Application of ATE tester + thermal Application of batch burn in test Application of SLT tester Application of simple aging test Application of multiple ATE testers and multiple thermals

MOOMA AI Technology (Shanghai) Co.,Ltd

Robot application intelligent delivery system
Chip flexible sorting intelligent workstation —— For multiple testing scenarios
Chip flexible sorting intelligent workstation —— For Burn in tes

Flexible handling Flexible assembly Flexible welding Compound robot application Multi-robot collaboration
Semi 3C electronics Aerospace Automotive industry Medical and medical equipment Fast-moving consumer goods
Introduction to Mooma Mooma honors Mooma case Contact Mooma
Core products
Case introduction
Application scenarios
Application industry
About Momo
Shanghai Floor 2, Building 27, Gem Garden, No. 1595, Gumei Road, Xuhui District, Shanghai Room 1012, Building B, Shanghai Lingang Technology Entrepreneurship Center （+86）021 5437 6715     info@moomatech.com
Berlin No.19 Heide strasse, Europe City, Berlin, Germany （+86）021 5437 6715   info@moomatech.com
IC handler, test handler, ATE handler, IC SLT, IC ATE, aging test system, IC burn in test equipment, chip aging test furnace, burn-in test, industrial robot loading and unloading, robotic arm loading and unloading, flexible loading and unloading robot, flexible loading and unloading, flexible automation