US-based KLA Corporation produces production equipment for the semiconductors industry and other related industries. The company specializes in process control and yield management systems.

For the microLED industry, KLA, through its Orbotech subsidiary, offered inspection, testing and repair solutions for the complete microLED production process, from substrate and epiwafer deposition to mass transfer, driver ICs and final display validation. In early 2024 the company announced it is withdrawing from the display inspection market.

Wuxi Lead Intelligent Equipment (LEAD) is a multinational company based in Wuxi, China, that designs and sells production equipment for a diverse range of industries, including batteries, solar energy, logistics, automotive, energy and more.

For the microLED industry, LEAD offers laser equipment for mass transfer, laser lift-off (LLO) and also for wafer trimming.

Canada-based LightMachinery, established in 2002, produces and markets lasers, optical components and spectrometers 

In 2009, the company acquired the pulsed gas laser product lines of GSI Lumonics. For the display industry, LightMachinery offers excimer laser sources used in microLED production.

US-based LuxNour Technologies is a developer of precision equipment technology capable of transferring a massive number of microLEDs in a high volume production environment.

LuxNour patented a Pattern-Sensitive Head (PSH) transfer stamp that utilizes electromagnetic force to transfer microLEDs. The company also offers a unique microLED release and singulation process, from their native substrate, based on wet etch process.

Morphotonics, based in The Netherlands, designs and producers production systems based on the company’s unique roll-to-plate nano-imprinting technology. Morphotonics offers R&D systems, pilot lines and full-scale industrial systems.

For the microLED industry, Morphotonics offers a mass transfer system, where the nano-imprnting solution is used as a flexible stamping system. The company's equipment can also be used to deposit nano-scale structures on the display itself, which can be used to increase LED efficiency, or provide extra functionality.

US-based PulseForge designs and manufactures pulsed-light systems for industrial processes – from manufacturing to decontamination. PulseForge systems deliver high-intensity pulsed white and UV light with a high level of control. PulseForge offers its equipment for many industries, including semiconductors, energy, consumer electronics, food and beverages, textiles and transportation.

For the MicroLED industry, the company offers photonic debonding tools that uses high-intensity pulses of light and reusable, light-absorbing layer carriers to debond temporarily bonded microLEDs.

SCIL was spun-off from Philips in 2023, to commercialize a nano-imprinting technology called Substrate Conformal Imprint Lithography, capable of providing high precision and high volume production capabilities. SCIL equipment has been shipping since 2017.

For the MicroLED market, SCIL offers a high-throughput transfer process solution. The company is also looking into using the technology to assist in RGB epiwafer LED growth.

Germany-based Singulus technologies produces manufacturing equipment systems for photovoltaics, semiconductors (including MRAM technology) and optical discs.

For the microLED industry, Singulus offers its TIMARIS thin-film coating systems.

UK-based Teknek, a subsidiary of ITW, is a pioneer in contact cleaning for reel-to-reel and sheet-to-sheet processes. Teknek provides its cleaning equipment for a wide range of industries, from advanced electronics to labels and glass.

For the display industry, Teknek offers contact cleaning equipment for the elimination of contamination and the removal of visual and functional defects. The company's machines are typically used before the display assembly and for the cleaning of display films such as diffuser and prism films.

Tetos, established in 2010 in Korea, develops ion beam surface treatment, sputtering and plating process equipment  for R&D and production.

In early 2023 Tetos announced that it has developed automated sputtering tools aimed towards side wiring for tiled microLED displays. The company announced that BOE ordered such systems for its microLED project aiming to develop displays for wearables and VR devices.