Low Price Lab Equipment and Materials Shipped 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 reliable high performance solar simulators for accurate solar cell testing, our products support every step of your research. Choose Ossila and take your research further with confidence.
Save with the Slot-Die Coater V1
Spin Coater Advanced
Produce uniform thin films in demanding, high precision applications with a simple and innovative vacuum-free system.
The Ossila Spin Coater Advanced offers features for complex applications, including long spin cycles, improved speed stability, and spin speeds up to 10,000 rpm.
Solar Simulator
Characterize small-area solar cells with our class AAA solar simulator and free, easy-to-use software.
The powerful LED lamp reliably and accurately simulates the solar spectrum with spectral tunability, good temporal stability, and zero maintenance.
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.
Ossila’s components are of high quality, excellent consistency, and are readily available in sensible quantities. This means the only variables that change when we make devices are the actual variables we planned to study. This helps us push forward our fundamental research more quickly...
Dr. Alan Dunbar - Senior Lecturer in Energy, University of Sheffield
Ossila's pre-patterned substrates and compatible test equipment have enabled researchers to significantly increase the production rate of devices - and most notably, made possible the reliable comparison of data, ensuring consistency and accuracy.
Professor Natalie Stingelin - Professor of Functional Organic Materials, Imperial College London
We find Ossila's equipment very user-friendly and practical for our processes (solar cell research), and have used them since 2015. They provide good value for startups and SMEs...
Dr Trevor McArdle - Senior Research Scientist, Power Roll
Trusted materials for high-impact research
Chemistry Building Blocks
Building blocks for the chemical synthesis of materials with tailored structures and properties.
MOF Ligands
Vital connectors between metal centres and clusters with functional applications in your research.
COF Ligands
Ligands for the formation of high quality COFs applied in a variety of technologies.
Quantum Dots
Cutting-edge nanotechnology materials with enhanced electrical and optical properties.
Carbon Nanotubes
Transform your research with single, double, and multi-walled nanotubes.
Battery Materials
Materials for sustainable battery research, including LiCoO2, LiFePO4, NCA, and more.
Optoelectronic Materials
The functional centre of many devices that drive modern technologies, like LEDs solar cells, and lasers.
Fullerenes
Fullerenes and fullerene derivatives with unique properties suitable for use in electronics.
Non-Fullerene Acceptors
A promising range of alternatives to fullerene-based electron acceptors.
Semiconducting Polymers
Ideal for bulk heterojunction, OPV, OLED, OFET, and perovskite interfaces.
Perovskite Materials
Collection of versatile perovskite inks, precursors, and interface materials.
Self-Assembled Monolayers
Self-Assembled Monolayers (SAMs)
With potential applications in photovoltaics, nanotechnology, and more.
Semiconducting Molecules
Organic small-molecule semiconductors for use as emmitters, interlayers, active materials, and more.
Organic Conductors
An environmentally friendly alternative to traditional inorganic conductors.
PEDOT:PSS
Broad range of PEDOT based products, each with different properties.
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
Thin Film Coating
Coating systems designed to streamline your research and development.
Electrochemistry Supplies
Everything you need for your electrochemistry research.
Spectroscopy Equipment
Get started with your optical spectroscopy measurements.
Life Science Equipment
Products designed to support and improve life sciences research.
Essentials for your laboratory
Substrates and Fabrication
Quickly and easily fabricate and characterize thin film devices.
Solution Making Supplies
Vital components for when precision and efficiency are non-negotiable.
Laboratory Supplies
Keep your lab stocked with general-purpose laboratory accessories for daily use.
Supporting your research
What are Fullerenes?
Learn about fullerenes like C60, their history, classification, structural characteristics, bonding, and properties.
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Cyclic Voltammetry Basic Principles, Theory and Setup
Learn about cyclic voltammetry and cyclic voltammograms, the potentiometry principle, and the three electrode system. A complete introduction.
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Perovskites and Perovskite Solar Cells: An Introduction
The rising star of the photovoltaics world. Find out about perovskite solar cells, their strengths and limitations, and how to fabricate and measure them.
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What are Self-Assembled Monolayers (SAMs)?
An alternative to PEDOT:PSS, SAM materials have potential applications in solar cell research, nanotechnology, materials science, chemistry, and biology.
Read more...Making science accessible
What is Laminar Flow?
In laminar flow, fluid particles move in predictable, parallel layers with minimal mixing between layers. Learn more.
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A Simple Introduction to Fullerene
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...Latest news
Superior Coatings, Improved Efficiency: The New Ossila Slot Die Coater
The newest model of the Ossila Slot Die Coater is now available. With advanced specifications,...
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15 Years of Ossila: From Startup to Global Leader
From an ambitious startup in a small university room to a global powerhouse connecting researchers...
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