Electronics and PCB handling
Transfer of boards and small modules between trays, magazines and test fixtures, with product identity linked to the process step.
Robot arm applications
Robotic production cells
We design project-specific production cells around the process, robot arm, tooling, fixtures, sensing and line controls. Our focus is consistent operation, traceable quality data and a cell concept that can be adapted to other product families.
Where robot arms can add value
Precision assembly and screwdriving
PCB enclosure assembly, covers, connectors and shielding. Screw sequence and torque results can be recorded against the product serial number.
Dispensing, bonding and sealing
Application of thermal interface materials, adhesives and gasket paths. Material, dispensing equipment, fixtures and process recipes are considered together.
Force-controlled contact
Insertion of pins, bushings and connectors, plus deburring, sanding and polishing, assessed against the part’s tolerances and contact requirements.
Testing, measurement and calibration
Loading a device into its fixture, exchanging data with test equipment, linking results to product identity and separating accepted and rejected items.
Visual quality and traceability
Checking presence, orientation, alignment and identity with cameras and sensors. Images, measurements and process results can be linked to production records.
CNC and machine tending
Loading and unloading machines, intermediate measurement and transfer between stations. Cell design considers reach, tooling, cycle requirements and environmental conditions.
Kitting, packing and palletising
Preparing part sets from product recipes, organising trays, packing and coordinating box or pallet flows with the production line.
These are application areas assessed for each project. Robot capacity, reach, tooling, safety and acceptance criteria are defined for the actual process.
From process to commissioned cell
Process assessment
Part geometry, tolerances, cycle requirements, environment and operator interaction.
Concept and proof of concept
Cell layout, robot and tooling selection; trials of critical handling and process steps.
Integration and acceptance
PLC/HMI, sensing, recipes and data records; agreed factory and site acceptance tests, training and support planning.
What makes a useful pilot?
Start with a repeatable task, stable part presentation and measurable quality criteria. Agree how the cell will exchange signals with the line, how results will be recorded and how operators will interact with it. This creates a clearer basis for evaluating further rollout.