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Robotic solutions · Gist Point

Robotic solutions for every process.

Robotic solutions for welding, palletizing, pick and place, machine tending, painting, and polishing. See what each application solves and what its integration includes.

Tell us about your processView industrial robots
Robotic weldingRobotic weldingWe integrate welding cells for more consistent, controllable processes.Robotic spot weldingRobotic spot weldingResistance spot welding cells with robots, guns, and parameter control for repeatable production.Robotic arc weldingRobotic arc weldingArc welding cells (MIG/MAG and TIG) with robots, positioners, and parameter control.Robotic structural steel weldingRobotic structural steel weldingA robot that scans each part with a laser and generates its own path: for beams, columns, chassis and parts that are never the same.Robotic palletizingRobotic palletizingWe automate repetitive movement of products, boxes, and materials between process stages.Pick and place robotsPick and place robotsWe automate picking, placing, sorting, and inspection, with vision when the process requires it.Robotic machine tendingRobotic machine tendingWe connect robots with machines to automate loading, unloading, and transfer tasks.Robotic paintingRobotic paintingRobotic application of paint, adhesives, sealants, and metered materials.Robotic grinding and polishingRobotic grinding and polishingAutomation of sanding, grinding, and polishing with process and tool control.Line integration and controlLine integration and controlWe integrate robots, controllers, peripherals, and plant systems within one architecture.
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Applications

What can be automated

Each application combines the robot, tooling, and safety the process requires. Open one to see its scope.

Robotic weldingWe integrate welding cells for more consistent, controllable processes. · 3 applicationsRobotic spot weldingResistance spot welding cells with robots, guns, and parameter control for repeatable production. · 3 applicationsRobotic arc weldingArc welding cells (MIG/MAG and TIG) with robots, positioners, and parameter control. · 3 applicationsRobotic structural steel weldingA robot that scans each part with a laser and generates its own path: for beams, columns, chassis and parts that are never the same. · 4 applicationsRobotic palletizingWe automate repetitive movement of products, boxes, and materials between process stages. · 3 applicationsPick and place robotsWe automate picking, placing, sorting, and inspection, with vision when the process requires it. · 3 applicationsRobotic machine tendingWe connect robots with machines to automate loading, unloading, and transfer tasks. · 3 applicationsRobotic paintingRobotic application of paint, adhesives, sealants, and metered materials. · 3 applicationsRobotic grinding and polishingAutomation of sanding, grinding, and polishing with process and tool control. · 3 applicationsLine integration and controlWe integrate robots, controllers, peripherals, and plant systems within one architecture. · 3 applications

Why automate

What robotics improves

Quality that does not depend on the shift

The same path, speed and parameters on every part, day or night.

Fewer people on repetitive tasks

The robot takes over the task and reduces the number of people assigned to it.

Fewer hazardous tasks

The robot takes on fumes, heat, heavy loads and repetitive motion.

More capacity without extra shifts

Stable cycles that make planning easier and output higher in the same floor space.

Data from every cycle

Counts, times and stops logged to improve the process with real information.

Explore

Search by robot or by sector

Not sure where to start? Consulting

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Have a process in mind?

Tell us what you want to automate and we will tell you which application, robot and tooling make sense.

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