MicroLab Devices is the microfluidics technology arm of Platform Kinetics Ltd, dedicated to advancing bioanalytical research through innovative microfluidic, analytical, and automation solutions. We operate across four core areas to support researchers with systems that deliver precision, control, and insight. We design and build custom microfluidic instrumentation for applications such as single- cell analysis, bioassays, and organ-on-chip systems.
MicroLab Devices
Taking the Lab to the Sample
About MicroLab Devices
MicroLab
"the development of an analytical capability at the point of sample or using the micro-scale to achieve automation"
We also operate as a contract manufacturer, supporting the full product lifecycle, from one- off prototype development to medium-volume production of devices and systems. As the technology arm of Platform Kinetics, MicroLab Devices combines engineering excellence with deep scientific insight. We offer flexible, collaborative solutions that empower researchers to accelerate discovery and innovation in microfluidics, automation, and integrated bioanalytical technologies.
Research Instrumentation
We are developing a growing range of open source, off-the-shelf instrumentation to facilitate microfluidic system development and experimentation.
Microscopy & Imaging
We provide off-the-shelf and custom solutions for microscopy, imaging and optical assemblies along with image processing, machine learning and AI services.
Automation Software
Our no-code automation software allows complex experimental workflows to be designed with a few clicks. Third party plugins and custom code are supported.
System Co-Develop
We work in a co-development capacity, integrating with start-ups, academics and industries that wish to set-up or translate microfluidic and analytical technology.
What We offer
Research Instrumentation
Proportional Air Controller
Accurately control a vast array of reagents through positive pressure.
Temperature Controllers
A simple way of controlling or cycling the reaction temperatures within chip.
Liquid/Air Detectors
Detect the liquid/air interface within tubing, for metering or fault detection.
Rotary Selector Valves
An variety of Rotary selector valves. Ideal for multi-reagent dispensing.
Microscopy
We provide a diverse portfolio of configurable off-the-shelf and fully customisable microscope and imaging systems, designed to meet the evolving demands of modern biological and biomedical research. Our platforms support a wide spectrum of imaging modalities, from high-contrast brightfield to sophisticated multi-channel fluorescence, enabling precise visualisation of dynamic cellular processes and structural details.
Each system is engineered for flexibility, allowing optimisation for specific applications ranging from wide-field microfluidic observations to high-resolution imaging of 2D and 3D cell cultures, organoids, and tissue models. Whether you require rapid time-lapse acquisition, quantitative analysis, or integration with environmental control systems, our solutions are built to adapt. With modular hardware and intuitive software, researchers can focus on discovery while maintaining full control over imaging parameters and data workflows.
Imaging
In addition to high-quality image acquisition, our microscope systems are built to integrate with advanced image processing and machine learning tools. This enables automated feature extraction — from cell boundaries to morphological changes — with reduced manual input. Real-time or post-acquisition analysis supports reproducible, quantitative workflows across a range of biological applications.
With built-in compatibility for AI-driven detection and classification, our platforms support deep learning models for identifying cell types, tracking organoid growth, or analysing tissue complexity. These intelligent workflows improve speed, sensitivity, and scalability, allowing researchers to bridge imaging with interpretation and generate high-value insights from complex data.
Automation
Automation Software
Our intuitive, no-code automation software empowers users to design and execute complex experimental workflows with just a few clicks. Using a drag-and-drop interface, researchers can effortlessly build custom sequences, coordinate device actions, and respond in real time to status updates or live measurements — all without writing a single line of code.
For advanced users, a flexible Python plugin system enables seamless integration of third-party hardware and custom logic. This hybrid approach combines ease of use with powerful extensibility, making it ideal for both rapid prototyping and fully automated, high-throughput experiments.
No-Code, Clicks Only
Complex Workflows
User friendly, Intuitive Operation
Third Party Plugins
Our Approach
At our core we are a science and engineering company; collaboration and problem solving is our passion. We work with researchers, industries and technology suppliers to provide next generation analytical and in-vitro technology.
Industry
Cutting-edge technology for both laboratory and field-based microfluidic and analytical research.
Research
Fast, cost effective & easy to deploy systems for rapid and actionable insights.
Collaboration
Our R&D team collaborates with our customers to co-develop innovative, joint funded technology.