Lab automation book ( bit.ly/2DBVCEy )
EA autosampler ( bit.ly/3erjacu )
Microsyringe autosampler ( bit.ly/2QVnDJU )
Gamma-ray autosampler ( bit.ly/2xxjlQN )
Robotic arm autosampler ( bit.ly/2DCIcs1 )
Portable autosampler for shallow waters (bit.ly/34cHKut)

Low cost lab automation

You can increase lab productiviy using this autosampler for your microbalance. It works with any brand. Contact mcarvalh@scu.edu to discuss details.

Automate your microbalance - mcarvalh@scu.edu.au

Three autosamplers that I built myself and use routinely in the lab. At left and right, microsyringe autosamplers. In the center, an autosampler for elemental analysis. I am not using the last one in this video.
1) EA autosampler ( bit.ly/3erjacu ); 2) Microsyringe autosampler ( bit.ly/2QVnDJU ); 3) Gamma-ray autosampler ( bit.ly/2xxjlQN ); 4) Robotic arm autosampler ( bit.ly/2DCIcs1 ); 5) Portable autosampler for shallow waters (bit.ly/34cHKut)

Three DIY autosamplers

https://bit.ly/34cHKut<br/>Automated water sampling can be very useful, but open-source choices are limited. Here I present an autosampler which consists of a gantry robot that delivers water from a syringe pump to 24 capped 40 ml vials. The autosampler is controlled using an Android tablet automatized using Macrodroid. Three rinsing cycles ensure negligible carryover between consecutive samples. Hourly sampling from a creek under rainy conditions suggested that total organic carbon in water was diluted by the rain. Some important limitations: 1) the autosampler must be on a steady, flat, horizontal surface; 2) unattended sampling can only last as long as the batteries powering the tablet and the motors; 3) distance from the syringe pump to water cannot exceed ~2 m in height and ~4 m in length for 3 mm tubing; 4) sampling frequency does not exceed one sample every eleven minutes. However, because of its open design, the autosampler can be modified and improved to not only overcome these limitations, but also potentially expand its scope to more demanding sampling if necessary.

A field water autosampler controlled using Android tablet or smartphone - https://bit.ly/34cHKut

Contact me at mcarvalh@scu.edu.au and we can build a robot for your needs for a friendly price. This one has a precision of 0.3% for 3 mL water deliveries.

Liquid handling robot, let's build one together! mcarvalh@scu.edu.au

In this course you will learn the basic skills of using AutoIt, a scripting language for the Windows operating system, to automate machines in the laboratory. By learning these skills, you will be able to radically cut costs and increase productivity in the laboratory.
Bring these skills to your  laboratory, make a difference, impress your boss and your colleagues!

Online course on Lab Automation

Build yours:

https://www.sciencedirect.com/science/article/pii/S246806721830049X

This autosampler is being used to automate the measurement of gamma rays using germanium (HPGe) in natural samples. Before it, people needed to come on the weekends to change samples. 
The whole setup costs about US$500 and substitutes a machine that costs US$250,000. 
The main challenge was to open the lids. Each lid weighs more than 300kg.
The video only shows 7 samples being processed, but the whole 9 samples were processed that day.
This is another autosampler that can work with an analytical instrument by means of AutoIt. Learn how to automate any analytical setup easily with autoit:

amazon.com/Practical-Laboratory-Automation-Made-AutoIt/dp/3527341587/

Song by Suke Covers, original in this video:
https://www.youtube.com/watch?v=a-hh74hy9u8

Low cost lab automation

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