Technical portfolio
These images show real industrial environments supported on site. The focus is the J-TECH contribution to FANUC robotics: software, positions, automatic logic, interfaces, cycle testing, debugging and production stabilisation.
A system with several robotic cells, stations and transfers, where integration, debugging and stabilisation are decisive.
J-TECH role: FANUC robot logic, cycle testing and verification of interfaces with the complete system.
Commissioning support for positions, logic and sequences where robots and peripherals must operate without ambiguity.
J-TECH role: robot programming, positions, automatic sequences and on-site debugging.
A new installation developed to automate a previously manual process. After the first 10 programs were commissioned, the customer independently created more than 60 programs in one year without requiring further programming support.
J-TECH role: FANUC robot programming from scratch and development of a parametric architecture with no predefined limit on product families or variants.
Result: a new variant can be created in approximately half a day; cycle time ranges from 30 to 60 seconds per part, depending on the program.
Palletising up to 2 metres high and 40 kg, with automatic product selection by QR code at the pick station.
J-TECH role: robot missions, pick-and-place logic and adaptation to the automatic material flow.
Coordination of robots, fixtures, handshakes and automatic logic in a real production environment.
J-TECH role: alignment of robots, equipment, machine handshakes and automatic conditions.
A new installation developed to automate marking and verification operations previously performed manually. Laser marking and Data Matrix reading take place within the same automatic cycle.
J-TECH role: programming from scratch of the FANUC robot, Datasensing reading system and Datalogic laser marker, including complete result handling.
Result: 18 seconds per part across three shifts. An unreadable code is routed to a manual backup station and the part is rejected only after a second failed reading.
A 2D vision system with two cameras checks a hole diameter directly on the line and returns the result to the production cycle.
J-TECH role: programming both cameras, inspection thresholds, results and signals to the line.
The difference lies in reading the complete system in front of the equipment: robots, peripherals, logic and the people involved.
J-TECH role: diagnosis of the real state, controlled testing and shared technical priorities.
These projects cover real applications: palletising, laser marking, Data Matrix reading, vision inspection, machine loading and unloading, external axes, traceability and multi-station lines.
Extended lines with multiple stations, conveyors, robots, fixtures and technical teams.
FANUC robots, laser markers, DMC readers, cameras, PLCs and peripherals working in one cycle.
Read codes, dimensional checks, restart strategies, cycle time, stability and clear technical priorities.
Your next project
When a cell is almost ready but not yet stable, the cost of time rises quickly. J-TECH contributes analysis, debugging, controlled testing and production support.
