DropLab helps integrate microfluidics into your projects quickly and efficiently
Design for Manufacture
Create prototypes that can be scaled to thousands of units easily and reliably from the beginning
Create low power devices that use 100x less power than pneumatic systems and get ready for the IOT world.
DropLab's innovative platform lets you save more than 70% on both small and large projects.
Leverage closed loop control to maximize the precision and reliability of your devices.
Reduce your R&D time by months by leveraging our experience designing and manufacturing microfluidic devices
Easily integrate with our existing module sets through a Python API or embedded software to extend the capabilities of your device
All projects are different and so are their needs. Get in book a 15 minute meeting, or send us a message to discuss your project
What can you build?
We build complex microfluidic devices out of PMMA and TPU. We also build the control systems that can monitor and control different parameters such as flow, volume, temperature etc.
How can we interface with what you build?
We have an intuitive python API that you can use to program and fine tune your device. We can also help you integrate directly with our system with embedded software.
How long would a custom design take?
We leverage rapid prototyping technologies to develop hardware as fast as humanly possible. Depending on your project, it may take anywhere between a week to several months to finish.
How much would it cost?
The cost of the project depends on its complexity. We provide a free feasibility study after which we can provide you with pricing. We can guarantee our pricing to be at least 50% less than our competitors
Who are you?
We are based in Kitchener, Waterloo, Canada. We work with world class engineers to create the right solution for your needs.
Get In Touch
Do you have a project in mind? Book a 15 minute call or send us a message and we'll be in touch with you shortly.
The Tannery, 151 Charles St W Suite# 199 Kitchener, ON, Canada, N2G 1H6