PyLabRobot FAQs

Question 1

What does the PyLabRobot Claude Code skill do?

Accepted Answer

This skill allows Claude to help you program and manage laboratory automation hardware through the PyLabRobot SDK. It enables the creation of Python-based protocols for liquid handlers, plate readers, and other analytical equipment using a unified, hardware-agnostic interface.

Question 2

Does this skill handle resource and state management?

Accepted Answer

Absolutely. It provides comprehensive management for plates, tips, and containers. It tracks liquid volumes in real-time and allows you to save or load deck layouts using JSON serialization, ensuring high reproducibility for complex experiments.

Question 3

Which laboratory robots and hardware are supported?

Accepted Answer

PyLabRobot supports a wide range of hardware including Hamilton STAR/STARlet, Opentrons OT-2, and Tecan EVO liquid handlers. It also integrates with analytical tools like BMG CLARIOstar plate readers, Mettler Toledo scales, and various incubators or heater shakers.

Question 4

How does this skill improve my scientific workflow?

Accepted Answer

It simplifies the transition between different hardware platforms and automates tedious tasks like resource tracking, deck layout management, and volume calculations. By using Claude with PyLabRobot, you can generate reproducible, error-resistant laboratory protocols significantly faster.

Question 5

Can I use this skill to simulate protocols before running them?

Accepted Answer

Yes. One of the core capabilities is protocol validation through simulation. You can use the 'ChatterboxBackend' and real-time 3D browser visualization to test your code and track resource states (like tip presence and liquid levels) before interacting with physical hardware.

PyLabRobot

PyLabRobot

About

Key Features

Use Cases

About

Key Features

Use Cases