Overview

Experimental robotic installation exploring precision in industrial robotics, translating sub-millimetric accuracy into a visual and understandable experience.

Objective

Demonstrate the concept of robotic precision in an intuitive way, making industrial accuracy perceptible to non-technical audiences.

System

A KUKA KR20 HO robotic arm was used as the core motion system, equipped with a cutting tool. The setup enables high-repeatability motion, operating within tolerances far beyond human capability.

Execution

Inspired by visual experimentation approaches such as Ryota Togishi, robotic motion was translated into a tangible action: cutting ultra-thin apple slices.The system executes controlled trajectories to produce slices of approximately 0.1 mm thickness, making precision visible through material transformation.

Technology

• Industrial robotic arm (KUKA KR20 HO)
• High-precision motion control
• Trajectory programming for micro-scale consistency

Result

A robotic demonstration where industrial precision becomes visually and physically understandable, translating abstract tolerances into a direct, measurable and intuitive experience.