The simulation can help the project to save development time and working capital, the simulation is significant for the efficiency of project planning and design improvement. Simulation and optimization of process automation project,from design and deployment to production and operation difficulties and problems, which can predict the most effective solution.

Over the years, Think Automation has been in dozens of projects to provide technical services for the customers of digital simulation. In the field of application of individual robots, digital simulation and manufacturing as one of theprofessional core technology of our. The Think Automation team master robot simulation technique and software of mainstream use, and in individual areasleading simulation peer master professional simulation import and use of the software, which allows us to all kinds of robot automation project more confidence and certainty.

Robot simulation

Robot simulation through the 3D professional modeling software in the computer,the mechanical structure and electrical system in project planning with 3D graphics and digital data simulation of molding, and imitate the real systemoperation according to the preset parameters, through animation and datadisplay in the calculation process on the computer screen.

Simulation significantly reduces debugging time system design and equipment,important effects to shorten the project duration and cost compression. Robot simulation function: The concept of manipulator process

Verification of mechanical design

Optimization and planning of the whole equipment and facilities

Safety factor analysis and suggestions for robot work cell

Validate and optimize cycle time

Validate and optimize cycle time

Shortening the time of delivery, installation and commissioning

The system risk reduction

Optimization of production efficiency and the utilization rate of equipment

The practice of lean production

Discrete event simulation

Discrete event simulation through computer mathematical modeling, collaborativebottleneck operation hidden recognition complete production line and multi link equipment, the operation efficiency of hoist system.

Discrete event simulation through computer mathematical modeling, collaborativebottleneck operation hidden recognition complete production line and multi link equipment, the operation efficiency of hoist system.

Modeling and Simulation of discrete events when considering the expected keyevents will occur and the process, help to predict performance and scientificsystem for a period of time, the results obtained feedback for further refiningprocess. The discrete event simulation technique, the automation design of themore effective.

Discrete event simulation function:

A complete system modeling and statistical analysis

The production process of digital

Optimization of operating facilities and planning

Rate of production efficiency and optimize the use of equipment

The practice of lean production

To reduce the risk of

Balancing and scheduling of production line

With the simulation of human engineering

With the simulation of human body engineering, mainly is used to optimize the manufacturing process of human factors -- to optimize the operation efficiency and the safety of operating personnel. Through the 3D virtual world simulationworkers operating tasks, to provide the necessary analysis for system safety andhumanity, to find out the ergonomic and safety problems, to test alternative to solve the quality / scheme and verification process performance and safety operation.

Ergonomics simulation function:

The concept of operation

Verification and optimization process

Planning and optimization of facility operators

Safety production operators

Validate and optimize cycle time

All the elements of design and maintenance, safety and production

Analysis of human engineering standard: safety, convenience, comfort

The combination of human and machine productivity optimization

Verification of lean production