Moorfield Nanotechnology

Moorfield LTE cells used in next generation solar cell research

Recently, PhD student Ben Putland supervised by Prof. Henry Snaith (Optoelectronic and Photovoltaic Device Group, University of Oxford) used Moorfield’s low-temperature evaporation (LTE) sources

Vacuum-Evaporated Inorganic Lead-Free Halide Films for Next-Generation Solar Cells

Inorganic Lead-Free Halide Materials

Thin Film Bragg Reflector for a Monolithic GaAs Device with Process-Optimised MiniLab PVD Systems

Deposition tools now available process-proven for coatings with specific optical properties

Naydenova, K., et al. Science 2020 DOI: 10.1126/science.abb7927

Cryo-EM is now widely used for imaging biological molecules but further advances in resolution that could yield enhanced structural data are impeded due to

MiniLab 080 Used to Develop “HexAuFoil” for Ultra-High Resolution cryo-EM

Cryo-EM is now widely used for imaging biological molecules but further advances in resolution that could yield enhanced structural data are impeded due to

What are Perovskite Solar Cells and how are they made?

Compared to other photovoltaic technologies, perovskite solar cells are currently showing impressive rates of performance improvement. We take a look at the fabrication process

New Chinese distribution partner

Moorfield Nanotechnology have recently appointed a distributor in China for their PVD, CVD, and etch systems.

Celebrating 25 years

From strength-to-strength…it’s been great!

Moorfield equipment used for R&D at Manchester Metropolitan’s Fuel Cell Innovation Centre

Manchester Metropolitan University are utilising one of Moorfield Nanotechnology’s MiniLab 060 systems in the research and development of state of the art fuel cells.

Load lock & fast entry chambers

A guide to available variations from Moorfield

Indian Institute of Technology Kharagpur takes delivery of two Moorfield systems

IIT Kharagpur take delivery of two Moorfield MiniLab systems: a magnetron sputtering system as well as an e-beam system.

New dedicated sputter targets site launched

Due to steadily increasing demand, Moorfield have released a new standalone website just for sputter targets! As industry leaders in high-vacuum PVD, CVD, and

Using recirculating chillers

Don’t land yourself in cold water. Protect your investment with a chiller

Substrate adhesion of sputtered films

An introductory explanation of substrate adhesion, and how this can be improved.

Moorfield LTE cells used in next generation solar cell research

Vacuum-Evaporated Inorganic Lead-Free Halide Films for Next-Generation Solar Cells

Thin Film Bragg Reflector for a Monolithic GaAs Device with Process-Optimised MiniLab PVD Systems

Naydenova, K., et al. Science 2020 DOI: 10.1126/science.abb7927

MiniLab 080 Used to Develop “HexAuFoil” for Ultra-High Resolution cryo-EM

What are Perovskite Solar Cells and how are they made?

New Chinese distribution partner

Celebrating 25 years

Moorfield equipment used for R&D at Manchester Metropolitan’s Fuel Cell Innovation Centre

Load lock & fast entry chambers

Indian Institute of Technology Kharagpur takes delivery of two Moorfield systems

New dedicated sputter targets site launched

Using recirculating chillers

Substrate adhesion of sputtered films

Featured story

Vacuum-Evaporated Inorganic Lead-Free Halide Films for Next-Generation Solar Cells

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