Development and commissioning
From solution analysis to programming from scratch: frames, tools, paths, automatic logic, interfaces and tests on the real cycle.
J-TECH by Lennart Junior Sillen
Complex robotic systems, from concept to stable production.
J-TECH supports system integrators and manufacturers from early cell concept and software development through programming, integration, commissioning, debugging and production stabilisation.
01From concept to cycle
02Robot, PLC and field integration
03Vision, laser and traceability
04Commissioning and production support
From the first layout to a working production system.
J-TECH can contribute from the initial study: cell layout, accessibility, flows, cycle time and automation logic. The same system-wide view is then applied on site, where robots, PLCs, mechanics, sensors and people must converge on a stable cycle.
- Robot paths or movements that are not yet repeatable and reliable.
- Automatic logic that does not match the real production cycle.
- Cycle times still far from the production target.
- Robot and PLC interfaces that need clarification and testing.
- Mechanical changes affecting positions, pick and place operations.
- Alarms, rejects and restart sequences not yet handled cleanly.
Core services
Practical technical support for demanding commissioning, restart and improvement phases, both in Italy and on international projects.
Debugging and stabilisation
Clear separation of causes across robot, PLC, mechanics, sensors, safety and process, followed by controlled corrective actions.
Vision, laser and traceability
Integration of vision systems, smart cameras, laser marking, code readers and result management within the automatic cycle.
Cycle-time optimisation
Reduction of idle time, path improvement, sequence overlap, pick-and-place optimisation and validation during production.
Practical training
Programming method, parameterisation and industrial debugging.
J-TECH helps technicians and maintenance teams read, structure and maintain robot software with a clear method, including comments, cell logic, restart strategies and controlled modifications.
A field-tested method
Complex equipment is not brought into production through random trials. The system must be read as a whole, causes separated and the cycle advanced through controlled evidence.
01
Read the real state
Observe the equipment, collect anomalies and verify behaviour on the actual production cycle.
02
Separate the causes
Robot, PLC, mechanics, sensors, safety and process are analysed without confusing symptoms with root causes.
03
Set operational priorities
Actions are ordered by their impact on safety, continuity, cycle time and customer acceptance.
Contact
Do you have a robotic cell to commission, stabilise or understand properly?
Send the current project status, robot brand, main issues, location and required time frame. From there we can define a concrete intervention.
info@j-tech.it
+39 348 3098257
LinkedIn - Lennart Jr Sillen
Corso Susa 189A, 10040 Caselette (TO), Italy