Laser process integration

Laser automation solutions

Bring laser processing, motion, handling, inspection and production data together around a validated manufacturing task.

Illustration of a robotic laser processing workstation
Workstation illustration. Final configuration requires project assessment.

Built around your workpiece

One process. A coordinated production cell.

Define the manufacturing result first, then assess the modules and interfaces needed to achieve it.

Motion and path planning

Evaluate robot, cobot or CNC motion around workpiece geometry, access, rigidity and path requirements.

Vision and positioning

Assess part location, focus control and changeover requirements before selecting sensing and positioning.

Handling and fixtures

Plan loading, clamping, conveyors and station transfer around the complete production cycle.

Laser process validation

Validate the material, processing result and repeatability before freezing the cell configuration.

Inspection and traceability

Define quality checks, inspection records and part identification with an agreed acceptance method.

Controls, data and safety

Clarify PLC, MES, extraction, guarding and interlock responsibilities during system design.

From part to production

A clear path to an assessable system

  1. Define the task

    Part drawings, materials, quality targets and output requirements.

  2. Validate the process

    Samples, process window, inspection method and realistic cycle time.

  3. Design the cell

    Handling, motion, controls, interfaces and safety boundaries.

  4. Agree acceptance

    Document test conditions, responsibilities and acceptance criteria.

Engineering detail

Applications, configuration and assessment

Industry Solutions / By Process

Aogeo Laser integrates laser processing with robotic path control, vision positioning, conveyors, motion platforms, custom fixtures, inspection, and production data systems. Solutions are developed around the workpiece, process result, cycle time, changeover, safety, automation level, and traceability requirements.

Typical Applications

Robotic welding and cleaning, vision-guided marking, on-the-fly coding, multi-station rotary cells, automatic loading and unloading, roll-to-roll processing, and custom production workstations.

System Capabilities

Robots, galvos, precision stages, vision, autofocus, fixtures, conveyors, extraction, safety enclosures, PLC controls, inline inspection, recipe management, and MES interfaces can be combined into a validated production cell.

Project Method

We first validate the laser process, then determine handling, path planning, interfaces, cycle time, quality checks, and acceptance criteria.

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