The engineering behind a working robot cell.
A robot only performs as well as the system around it. These are the areas we define for every application.
Robot sizing
Payload including tooling, reach to every point of the part, and cycle-time checks.
Tooling and fixtures
Grippers, torches, spray guns and spindles; fixtures and positioners that present the part repeatably.
Process equipment
Welding power sources, paint supply, spindles, conveyors and the machines the robot serves.
Machine and PLC interfaces
Signals and handshakes between the robot, the CNC or press, and the line controls.
Programming
Teach-pendant and offline programming, path tuning and recipe set-up for part variants.
Safeguarding
Guarding and safety devices specified for each cell from its risk assessment.
Trials and acceptance
Trials on your parts and measured acceptance criteria agreed before handover.
Business case
An assessment built on your equipment scope, cycle targets, operating costs and utilisation.
Application-specific safety planning
Safeguarding and control requirements are defined for the selected equipment and the complete application. Your proposal identifies the safety provisions included and the supporting documentation.
Evaluate automation around your production
Equipment scope, cycle targets, operating costs and utilisation determine the business case. We build it with you from your numbers during the application review.
Request an Application ReviewTell us about the task you want to automate.
Share the component, the current operation and the output you need. We'll work out what's needed to assess robot suitability and agree the next step.