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Industry · Robotics & Automation

Robots. Automation.
Manufacturing.
Industry 4.0.

Robotics and automation manufacturing. Industrial robots, collaborative robots, automation cells, end-effectors. Production scaling for Industry 4.0.

01 · Key principles

Key principles.

Industrial robots

Heavy-duty

High-payload industrial robots. Welding, painting, material handling.

Collaborative robots

Cobots

Lightweight cobots safe to work alongside humans.

Mobile robots

AGV / AMR

Automated Guided Vehicles, Autonomous Mobile Robots.

End-effectors

Custom tools

Custom grippers, sensors, tools per task.

Automation cells

Multi-robot

Multi-robot work cells. Programmed for specific tasks.

Manufacturing systems

Integrated

Integrated automation systems.

FAQ

Industrial robot vs cobot?

Industrial: high speed, payload, fenced. Cobot: slow, safe, no fence needed.

AGV vs AMR?

AGV: follows fixed paths. AMR: navigates dynamically. AMR more flexible.

Custom end-effector?

Yes — per task design. Aluminum or composite construction. Sensor integration.

Production scaling?

Industrial: 1000K+/year. Cobot: 10K+/year. AGV/AMR: 1K-100K/year.

Engineering support?

Engineer-to-engineer collaboration. Design refinement through prototyping.

Documentation?

Per industrial standard. ISO 9001 typical. Documentation per customer requirements.

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