We are pleased to announce the latest addition to our range of processing equipment: the Ossila Syringe Pump.
Our vision behind the syringe pump was to give scientists complete control over the solutions they use in the labs - whether this was for use in the synthesis of new materials, the fabrication of thin-film electronic devices, the study of microfluidics and flow chemistry, or the formation of emulsion. At Ossila, one of the first uses in our laboratories for the syringe pump was in the fabrication of perovskite-based devices using new ink formulations. The syringe pump is helping us to develop a new series of mixed-halide perovskite inks based upon advanced processing techniques (such as non-solvent quenching). These advanced techniques have helped us push our in-house power conversion efficiency values up to 16.6%.
9 Questions With Ossila's Marie Curie Excilight PhD Student, Marco!
Posted on 11 Apr 13:13
It has been a year since Marco, our EU-funded Marie Curie Excilight PhD student, first joined the team at Ossila. Marco is from Pomezia, Italy, and has an MSc in Materials Science and Technology from the University of Rome Tor Vergata. Doing a PhD whilst working full-time in industry is an impressive feat that few have managed to accomplish! In this interview, Marco shares his experiences of both worlds so far, as well as his thoughts on a few candid questions.
ITIC: An Exciting New Electron Acceptor for Organic Photovoltaics
Posted on 21 Mar 10:38
Being the first small-molecule electron acceptor to enable improved power conversion efficiencies (PCEs) over the best-performing fullerene acceptor (PC70BM), ITIC represents an exciting new advancement for organic photovoltaics (OPVs). Zhao et al. reported this in inverted-architecture PBDB-T (PCE12) devices, which achieved PCEs of 7.45% when PC70BM was used as the electron acceptor, and a staggering 10.68% when ITIC was used instead .
Whether we are controlling an instrument or performing a measurement, our ability to write code for our experiments is vital. At Ossila, we also need a means of providing code to our customers so that they can get the most out of our equipment. Our solution was the Python programming language...
Molybdenum Disulfide & Tungsten Disulfide: Now Available!
Posted on 21 Feb 11:35
Two new transition metal dichalcogenides, molybdenum disulfide and tungsten disulfide, have now been added to our 2D materials collection of powders and suspensions. At Ossila, both of these materials are available in powder forms for depositing monolayer and multilayers as well as pre-made suspensions to enable quick and easy deposition!
Happy 1-Year Work Anniversary to Our Customer Service Administrator!
Posted on 15 Feb 09:21
If you’re one of our customers, you may have already communicated in some way with our lovely Customer Service Administrator, Rosie. Recently, Rosie celebrated her 1-year work anniversary at Ossila! In conjunction with her career milestone, we decided to sit down and have a quick chat with her.
PDPP3T, PBDB-T and ITIC Added to OPV Materials Collection
Posted on 17 Jan 09:34
We constantly update our OPV materials catalogue so we can be at the frontier of organic photovoltaic research, bringing you new materials for your research interests.
With PCE over 12%, ITIC (a small molecule semiconductor) together with PBDB-T (PCE12) have topped the record of the OPV devices. Both these materials, along with PDPP3T, are now available from Ossila. See below for a summary of the materials.
Now Accepting Payments in Euros & US Dollars (in Addition to GBP!)
Posted on 11 Jan 17:00
Ossila have always been able to provide you with quotes in Euros and US Dollars in addition to the British Pound, but we have now opened up accounts in Euros and US Dollars to make purchasing easier for you. herefore you can now make payments in all of these currencies as well, so no conversions necessary!