Robotic painting systems built around your part and coating process.
Repeatable robot motion, application equipment and process control in one defined coating system, specified for your component, finish and line.
Why automate this step
Manual spraying varies from operator to operator and shift to shift. Film build, overspray and rework all depend on the person holding the gun.
A robotic painting cell repeats the same path and gun settings on every part. The result depends on getting the robot, the application equipment and the part presentation right together.
What the system includes
- Painting robot selected for part size and reach
- Spray gun or rotary-bell atomizer, chosen for the coating and finish
- Paint supply, metering and mixing where applicable
- Turntable, conveyor or hanging-line integration and tracking
- Booth and control interfaces
- Path programming, trials and operator training
Your proposal lists exactly what is standard supply and what is optional.
What we need from you
These details let us judge suitability and size the system. Send what you have; we'll ask for the rest.
- Coating type and supplier
- Part material, size and weight
- Parts per shift
- How often colours change
- Finish and film-thickness requirement
- Existing booth and conveyor details
- Site and area classification requirements
Robots often used for painting & coating
Painting & Coating FAQs
Spray gun or rotary bell — which is right?
It depends on the coating, the transfer efficiency you need, the part geometry and the finish. We compare both against your parts and paint before recommending one.
Can the robot work in a hazardous area?
Equipment for classified areas needs a specific configuration and documentation. Tell us your area classification and we will confirm what can be supplied for that model.
Discuss your painting & coating application.
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.