New integration partnership announced for cultivation system providers

UK-based Agri-tech company LettUs Grow has announced the addition of HAWE Cultivation Systems to their Global Partnership Programme as an integration partner, at the Canadian Greenhouse Conference. HAWE Cultivation Systems are experts in developing and delivering mobile cultivation systems for horticulture worldwide.

This partnership will combine LettUs Grow's Advanced Aeroponics technology with HAWE Systems' extensive experience in designing and implementing mobile container systems. Together, they will work to seamlessly integrate and scale up the technology for the horticulture industry.

LettUs Grow is expanding its global Partnership Programme to accelerate the adoption of sustainable growing systems. The company hand-selects industry leaders such as HAWE Cultivation Systems BV to help implement its technology around the world as part of the programme.

Charlie Guy, CEO and Co-founder of LettUs Grow, said: "HAWE Systems will be a great alliance because they share our vision of creating a more resilient and efficient food system. By combining our aeroponic technology with their expertise in flexible, labour-saving mobile cultivation systems, this collaboration will allow us to deploy our solutions to growers on a global-scale to boost yields, crop quality and to optimise their entire workflow."

Jelmer Huizing, added: "As architects of smart cultivation systems, it's really important to us to stay ahead of new technologies in our industry and provide the best solutions for our customers. We are happy to be able to offer this innovative new solution for leafy greens and herbs to our customers around the world."

© LettUs Grow

This alliance has been announced ahead of LettUs Grow's involvement in the DBT Agri-Tech Trade mission to Saudi Arabia on 19th-23rd October, organised by the Department for Business and Trade (DBT) and Defra. LettUs Grow is proud to represent UK innovation in sustainable production — exploring how Advanced Aeroponics can support water-efficient, resilient growing in arid environments.