Low Price Lab Equipment and Materials Worldwide
Accelerating the pace of scientific discovery
Backed by decades of experience, we pave the way to scientific discovery in research institutions across the globe. We offer high-performance research tools, high-quality materials, and dependable laboratory supplies at accessible prices, equipping you with everything you need to make high-impact discoveries.
From an advanced glove box that makes sensitive experiments simple and affordable, to a vacuum-free spin coater that creates uniform thin films and a reliable high performance solar simulator for accurate solar cell testing, our products support every step of your research. Choose Ossila and take your research further with confidence.
Spin Coater
Advanced Model AvailableGlove Box
New Low Price!Micromanipulator
Coming Soon!Syringe Pump
Single and Dual ModelsFour-Point Probe
Now Available With DisplaySlot Die Coater
Upgraded!Dip Coater
New Low Price!Linear Stages
Now Even Better ValueMicropipette
Multipack DealSave with the Original Slot-Die Coater
Four-Point Probe Plus
Choose the Four-Point Probe Plus for rapid and reliable material characterization. Take quick measurements without a computer using the inbuilt display, or enjoy the same high performance as the original model with free PC software designed for more complex experiments.
Order yours today or save on the original four-point probe.
New, Upgraded Slot Die Coater
Upgrade your coating process with the Slot Die Coater Plus. Available for the same price as the original, our new model features an increased maximum hotplate temperature, large stage travel length, increased slot die coating width, improved stage and leveling mechanism, and bidirectional movement.
Order yours today or save on the original slot die coater while stocks last.
Enabling science around the world since 2009
Ossila was founded in 2009 by scientists from the University of Sheffield to remove barriers to research through accessible high-performance research tools.
Today, we manufacture and supply a wide range of equipment, components, and materials which enable intelligent and efficient scientific research and discovery. Serving the global scientific community, we ship our products to more than 90 countries.
With expertise in physics, chemistry, biology, engineering, and more, our teams offer in-depth product support and create free resources to help researchers jump-start new projects—making scientific information available to everyone.
Dr. Alan Dunbar - Senior Lecturer in Energy, University of Sheffield
Professor Natalie Stingelin - Professor of Functional Organic Materials, Imperial College London
Dr Trevor McArdle - Senior Research Scientist, Power Roll
Trusted materials for high-impact research
The functional centre of many devices that drive modern technologies, like LEDs solar cells, and lasers.
Self-Assembled Monolayers (SAMs)
With potential applications in photovoltaics, nanotechnology, and more.
PEDOT:PSS
A versatile range of PEDOT:PSS and PEDOT-based polymers available in different solvents for applications in OLED, OPV, sensors, and more.
Choose the right PEDOT material for your research using our simple guide to the sheet resistance, application, solvent base, and deposition method of each material.
Featured collections for your research needs
Essentials for your laboratory
Supporting your research
Learn about fullerenes like C60, their history, classification, structural characteristics, bonding, and properties.
Read more...Learn about cyclic voltammetry and cyclic voltammograms, the potentiometry principle, and the three electrode system. A complete introduction.
Read more...The rising star of the photovoltaics world. Find out about perovskite solar cells, their strengths and limitations, and how to fabricate and measure them.
Read more...Organic semiconductors are materials, ranging from small molecules to polymers, that can transport charge. Find out more about their chemistry and charge transport properties.
Read more...Making science accessible
In laminar flow, fluid particles move in predictable, parallel layers with minimal mixing between layers. Learn more.
Read more...Fullerenes are a special type, or allotrope, of carbon. They are famous for their hollow, cage-like structures typically made entirely of carbon atoms. These carbon atoms are arranged in patterns of hexagons and pentagons, similar to the pattern on a football or a geodesic dome.
Read more...