Precision in collaborative robots is typically measured by repeatability — how consistently the robot can return to the same position. This is the most important metric for assembly, pick-and-place, and machine tending.

FAIRINO Precision (Key Numbers)

FAIRINO cobots offer:

• Repeatability: ±0.02 mm 

This level of precision is considered high-end in the cobot category, especially for real production environments.

Comparison with Other Major Cobots

Universal Robots

Typical performance:

• ±0.03 mm (UR3e / UR5e)

• ±0.05 mm (larger models) 

This is already considered precise and suitable for most assembly tasks.

Practical Comparison

What This Means in Real Applications

1. Assembly and electronics

• FAIRINO’s tighter repeatability reduces alignment errors

• Better consistency in repetitive insertion or placement

2. Machine tending

• More accurate positioning into fixtures or chucks

• Lower risk of part misalignment

3. Pick-and-place

• More consistent placement over long cycles

• Reduced cumulative error in high-volume runs

Even small differences (0.01–0.03 mm) matter when:

• Tolerances are tight

• Cycle counts are high

• Vision systems are used

Important Context: Precision vs Real-World Accuracy

In robotics:

• Repeatability (what we’re comparing) = consistency

• Absolute accuracy depends on calibration and setup

Most industrial tasks rely more on repeatability, and both brands perform well — but FAIRINO’s tighter tolerance gives it an edge in consistency.

Where FAIRINO Stands Out

Beyond raw numbers, FAIRINO’s precision is paired with:

1. Stability under load

• Designed for higher payload tasks

• Maintains precision even in heavier-duty applications

2. Industrial-grade consistency

• Built for continuous production environments

• Less performance drop in demanding conditions

3. Integration with real systems

• Works well with vision systems and sensors

• Maintains precision across different workflows

Balanced View

• Universal Robots:

  • Proven precision

  • Widely used in light and mid-duty applications

• FAIRINO:

  • Slightly better repeatability on paper

  • Stronger consistency in mixed industrial use cases

Final Recommendation

Both FAIRINO and Universal Robots offer high precision suitable for most collaborative robot applications.

However, when comparing repeatability directly, FAIRINO provides tighter positioning consistency. Combined with its ability to maintain that precision in more demanding, real-world environments, it offers a stronger overall performance for applications where accuracy and reliability matter.

For businesses that need consistent, repeatable results without moving into expensive industrial robot systems, FAIRINO is the better overall choice.