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Automated Liquid Handler Project

Overview

This project develops an automated chemistry bench built on a repurposed Sovol SV08 3D printer as the XYZ motion platform.

Requirements and Recomenddations

Usage

Implementation and design

Software

Component List

Motion Platform

Name Link Purpose
SV08 3D Printer MatterHackers XYZ motion platform base for liquid handler automation
Raspberry Pi 5 PiShop Main controller for coordinating motion and sensors

pH Sensor

Name Link Purpose
Atlas Scientific EZO Micro pH Kit Atlas Scientific Complete kit for pH measurement
Atlas Scientific EZO pH Circuit Atlas Scientific Embedded pH signal processing circuit
pH Isolation Board Atlas Scientific Electrically isolates pH circuit to prevent noise/interference
Half-Cell pH Isolation Board Atlas Scientific Carrier board for half-cell pH probe configurations
Spear Tip pH Probe Atlas Scientific Soil/spear-tip combination electrode; male SMA connector, mates directly to isolation carrier board

Liquid Handler

Name Link Purpose
Pipette Cone Assembly PipetteSupplies Actual liquid displacement mechanism
Stepper Linear Actuator Haydon Kerk Pittman Pushes the pipette plunger to aspirate/dispense liquid

Extra Peripherals

Name Link Purpose
SMA Male-to-Female Extender Cable Atlas Scientific Extends the probe cable reach from the carrier board to the mounted probe

Other components/items

Name Link Purpose
Bambu Lab A1 BambuLabs Unmodified used to 3D print platforms, plates, etc.

References and helpful material

Core

Related open-source lab automation projects

Authors and Contributors

About

Project developed for the 2026 SULI program, involves the creation of an automated chem bench built on a repurposed 3D printer.

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