Robot Training Center
Robot Training Center
Theoretical Training
Tianji Robots' theoretical training room can accommodate 20 people for theoretical training at a time. We have professional robot engineers who provide standardized teaching, allowing customers to master relevant theoretical knowledge within a specified time frame.
Basic Theoretical Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Intermediate Theoretical Training
Robot tool calibration
Knowledge related to parameter setting
Application of external signals
Application of variables and logic
Advanced Theoretical Training
Implementation methods for counting Methods for program jumping Methods for cyclic scanning Methods for condition evaluation Program initialization Methods for scheduled start-up Explanation of grinding application practice
Maintenance Theory Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Operator Theory Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Basic Theoretical Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Intermediate Theoretical Training
Robot tool calibration
Knowledge related to parameter setting
Application of external signals
Application of variables and logic
Advanced Theoretical Training
Implementation methods for counting Methods for program jumping Methods for cyclic scanning Methods for condition evaluation Program initialization Methods for scheduled start-up Explanation of grinding application practice
Maintenance Theory Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Operator Theory Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Practical Training
Tianji Robot's practical training room features six training units that can accommodate 12 people for hands-on training simultaneously. The practical training room offers various applications including basic programming platforms, trajectory teaching, handling, assembly, grinding, and inspection, meeting comprehensive needs. Trainees can directly apply what they learn to the production site.
Basic Operation Training
Operation, teaching, and reproduction exercises I/O signal wiring exercises Handling program writing exercises
Intermediate Theory Training
Tool verification exercises
Load testing exercises
User coordinate exercises
Writing handling programs
Advanced Theory Training
Palletizing program exercises Installation of grinding files Grinding program exercises
Maintenance Theory Training
Maintenance tool usage exercises Motor replacement exercises Belt tension testing
Operator Theory Training
Robot startup operations Robot start-up exercises Robot alarm reset exercises
Basic Operation Training
Operation, teaching, and reproduction exercises I/O signal wiring exercises Handling program writing exercises
Intermediate Theory Training
Tool verification exercises
Load testing exercises
User coordinate exercises
Writing handling programs
Advanced Theory Training
Palletizing program exercises Installation of grinding files Grinding program exercises
Maintenance Theory Training
Maintenance tool usage exercises Motor replacement exercises Belt tension testing
Operator Theory Training
Robot startup operations Robot start-up exercises Robot alarm reset exercises
Theoretical Training
Tianji Robots' theoretical training room can accommodate 20 people for theoretical training at a time. We have professional robot engineers who provide standardized teaching, allowing customers to master relevant theoretical knowledge within a specified time frame.
Basic Theoretical Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Intermediate Theoretical Training
Robot tool calibration
Knowledge related to parameter setting
Application of external signals
Application of variables and logic
Advanced Theoretical Training
Implementation methods for counting Methods for program jumping Methods for cyclic scanning Methods for condition evaluation Program initialization Methods for scheduled start-up Explanation of grinding application practice
Maintenance Theory Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Operator Theory Training
Fundamental robot knowledge Robot system knowledge Safety-related knowledge Types of coordinate systems Explanation of interpolation methods
Practical Training
Tianji Robot's practical training room features six training units that can accommodate 12 people for hands-on training simultaneously. The practical training room offers various applications including basic programming platforms, trajectory teaching, handling, assembly, grinding, and inspection, meeting comprehensive needs. Trainees can directly apply what they learn to the production site.
Basic Operation Training
机器人操作，示教和再现练习 I/O signal wiring exercises Handling program writing exercises
Intermediate Theory Training
Tool verification exercises
Load testing exercises
User coordinate exercises
Writing handling programs
Advanced Theory Training
Palletizing program exercises Installation of grinding files Grinding program exercises
Maintenance Theory Training
Maintenance tool usage exercises Motor replacement exercises Belt tension testing
Operator Theory Training
Robot startup operations Robot start-up exercises Robot alarm reset exercises