Perovskite equipment makers - Page 2

JACOMEX

French equipment maker JACOMEX has been producing custom glove boxes and gas purification units since 1945.

JACOMEX supplies its technology to the industrial and scientific markets. It offers a wide range of purification systems to control moisture and oxygen at ppm-level, as well as high filtration systems and laminar flow techniques enabling pure clean atmospheres complying with semi-conductors, solar cells and perovskite devices.

JACOMEX supplies glove boxes with adjustable moistering parameters up to 40% RH or more, making the atmosphere optimized for perovskite research and development. The company offers turn-key solutions with full integrated equipment for preparation, deposition and characterization.

JACOMEX works jointly with the highly-specialized French company ALLIANCE-CONCEPT for the manufacturing of PVD systems.

Kortherm Science

Korea-based Kortherm Science (KOS) supplies laser based solutions.

The company's flagship Î¼-lab and Î¼-fab series laser equipment of KOS is used for the production of perovskite solar cells with high accuracy and precision for various processes like R2R (Roll to roll/ Reel to Reel) based, patterning, scribing, cutting etc.

Kurt J. Lesker Company

Kurt J. Lesker Company was established in 1954 in the U.S and has facilities in the UK & China. It is a global provider of high-quality vacuum products and systems.

KJLC has been manufacturing physical vapor deposition (PVD) tools for perovskite research since the inception of the technology, having supplied many tools to leading research institutions globally. The KJLC eKLipse controls platform, working in conjunction with KJLC low temperature evaporation (LTE) or HydraVAP sources, enables highly controlled and precise recipe-driven perovskite precursor processing for reproducible growth dynamics of perovskite solar cell devices.

Lumartix

Lumartix is a Swiss company specializing in plasma light engine technology. It has developed a solar simulator to perform characterization, aging and stabilization tests, with additional light-soaking and solar-simulation functions.

The Solixon A-22 simulator is designed for a wide range of PV technologies, including thin-film and perovskite solar cells.

The Solixon A-22 can be used with monocrystalline cells, multi-junction silicon solar cells, thin film, organic, perovskite, and dye-sensitized solar cells in a range of relevant tests, such as maximum power determination (MPP), measurement of temperature coefficient, low irradiance, light soaking, as well as characterization and stabilization tests.

MBRAUN

MBRAUN, established in 1976 in Germany, develops inert gas technology for clean environments. MBRAUN offers a large gas purification system range, and can propose a suitable solution under ultra pure process conditions and low gas consumption for every volume to meet the different demands of the marketplace.

MBRAUN launched a PVD system specifically designed for the Perovskite application called PEROVAP. With unique features such us low temperature evaporation, ULTE sources and an enhanced chamber design the PEROVAP offers an unsurpassed level of process control, layer uniformity and process repeatability.

For full process control, MBRAUN with the combined expertise from CreaPhys (Part of the MBRAUN Group) designed a specific deposition chamber for perovskite PV based on a novel concept. This system, includes modifications to ensure long system lifetime.

Mitsuboshi Diamond Industrial

Mitsuboshi Diamond Industrial (MDI), established in 1935 in Japan, develops and markets quality cutting systems for brittle materials (mostly glass), as well as multi-layered structures including metal and organic materials.

MDI is one of the world's leaders in laser-based cutting systems for solar panel production, and its products are used in several perovskite panel production R&D labs.

nTact

Established in 1988, nTact is engaged in the development and manufacture of advanced, high-precision slot die deposition (coating) systems.

nTact has been supplying slot-die coating solutions for the perovskite industry, and has delivered systems to almost 20 customers worldwide.

Optigon

Optigon is an MIT spinout that specializes in materials characterization and process inspection tools that aim to push the frontier of speed and automation for researchers and manufacturers. Optigon's first line of products are purpose-built for metal halide perovskites.

Optigon provides a combination of high-speed measurement instruments and integrated data analysis software to simplify materials characterization and process inspection. Its flagship characterization solution is completely non-contact and uses a combination of spectroscopic measurement techniques to probe a given material's electrical, chemical, and optical properties. With data acquisition rates on the order of milliseconds, the system is uniquely designed for high-throughput applications like full-scale production lines and self-driving labs. Onboard data management and analysis software provides additional ease-of-use by delivering actionable insights on material quality and defects.

Park Systems

Park Systems Corporation is a manufacturer of atomic force microscopy systems for scientific research, nanoscale engineering, semiconductor fabrication and quality assurance. Park Systems provides a full range of AFM and related products to those in the chemistry, materials, physics, life sciences, and semiconductor industries. Its customers include most of the world's largest semiconductor companies and renowned scientific research universities and national labs.

Park Systems was established in 1997 with the mission to equip scientists and engineers with the most advanced AFM systems that enable them to see, measure and characterize things at the highest nanoscale resolution and accuracy. Since the time of its foundation, Park Systems has delivered on its promise with numerous innovations, including True Non-Contact Imaging, 3D metrology, and fully automated AFM systems for both research and industrial applications.

In the field of perovskite, Park Systems offers several types of Atomic Force Microscopy (AFM) models, including Kelvin Probe Force Microscopy (KPFM), Conductive AFM (C-AFM), and Photo Current Mapping (PCM) that can be used to study perovskite material from various perspectives and their potential applications.

Peccell Technologies

Japan-based Peccell Technologies was established in 2004 as a spin-out from Toin University of Yokohama to develop nanocemistry applications for the solar industry - with a focus on dye-sensitized and perovskite solar cells.

Pecell develops and supplies solar cell materials and equipment and provides technical consulting services.