- About us
We offer a range of systems for producing and processing materials for a diverse range of technical fields.
With multiple platforms and infinite options, we listen to you to design the system your application needs. Start a conversation with us today!
Our systems are ideally suited to R&D work in both academia and industry. In addition, all of our technology can be scaled-up for process development for pilot-scale production.
Flexible, modular systems for high-quality R&D and pilot-scale production thin-film deposition.
Moorfield’s flagship range of high-end MiniLab systems provide superior coating performance, with the flexibility and modularity of design to address a huge range of customer requirements.
Glovebox-integrated MiniLab thin-film deposition systems.
Metals, inorganics and organics thin-film deposition where inert glovebox environments are required for sample processing. Suitable MiniLab platforms include the 026 and 060 series instruments.
Benchtop, turnkey systems for high performance vacuum deposition.
Moorfield nanoPVD systems are high-performance, high-vacuum deposition systems in compact packages. Superior, space-efficient performance for a variety of thin-film deposition techniques.
Budget-friendly, entry-level vacuum evaporator.
Recently launched thermal evaporator designed to produce high quality thin films at an affordable price. The system is flexible and retains an upgrade path in line with the product philosophy of the MiniLab range.
Compact, turn-key and scalable CVD systems for high-throughput graphene and carbon nanotube synthesis.
nanoCVD systems use cold-walled technology to provide rapid production of high-quality CVD carbon nanomaterials. All systems are designed for benchtop positioning with minimal installation requirements.
High-temperature substrate annealing up to 1000 °C with precision atmosphere control.
ANNEAL systems are optimised for the thermal treatment of 2D materials and wafers under controlled atmospheres.
Dedicated soft-etching systems for 2D materials research.
Built around Moorfield soft-etching technology, developed in collaboration with the Nobel Prize winning graphene group at Manchester University, UK. Benchtop and easy-to-use, nanoETCH tools offer rapid substrate and device processing.
High-performance coating for electron microscopy applications.
The nanoEM system is the first electron microscopy (EM) coating tool with a full research-grade feature set.