Model: Robotic cells

Features

Designed around the process

Sereni robotic cells are developed from a practical analysis of the process: part geometry, required quality and production cycle.
The robot is a tool, not the starting point.

Fully custom solutions

Each cell is a dedicated project, defined by:

• part type and geometry

• required operations

• surface quality targets

• real operating conditions

The system configuration is driven by the process itself.

Complete cell integration

Robotic cells may include:

• 6-axis anthropomorphic robots

• dedicated grinding and polishing units

• handling and gripping systems

• safety enclosures and devices

• HMI interface for parameter control

The goal is a cell that is effective and easy to manage.

When a robotic cell makes sense

A robotic cell is suitable when:

• manual finishing is physically demanding or inconsistent

• surface quality must be repeatable over time

• operator safety is critical

• conventional automation is not feasible

The value lies in process control, not automation alone.

Evaluating the right solution

Each application is assessed together with the customer.
In some cases, a robotic cell may not be the most efficient option, especially when the process is still evolving or when part variability is high.

In these situations, we focus on identifying the most appropriate solution, rather than forcing automation.