Farms.com Home   Farm Equipment News

Deere to acquire leading manufacturer of carbon fiber technology products

 
Deere & Company has signed a definitive agreement to acquire King Agro, a privately-held manufacturer of carbon fiber technology products with headquarters in Valencia, Spain and a production facility in Campana, Argentina.
 
"This transaction provides John Deere customers the chance to benefit further from King Agro's unique knowledge, designs, and expertise in carbon fiber technology," said John May, President, Agricultural Solutions & Chief Information Officer, at John Deere.
In 2015, John Deere and King Agro agreed to develop and distribute carbon fiber booms for John Deere application equipment in agriculture, offering growers the significant advantages of carbon fiber's versatility, strength and durability in self-propelled spraying equipment.
 
May said the transaction announced today will provide benefits in sharing best practices in product development, manufacturing, technology, as well as in scale as King Agro builds on  a history of innovation.
 
King Agro has been a family-owned business with approximately 180 employees and 
an extensive 30-year history of developing various carbon fiber products. In agriculture, the company has targeted innovative designs that improve productivity and lower costs. King Agro will retain its brand name, trademark, and commercial relationships.
 
Source : John Deere

Trending Video

Fendt Slicer - Automated adjustment of the conditioner intensity

Video: Fendt Slicer - Automated adjustment of the conditioner intensity

The Fendt Slicer explained: Grassland and forage stands show a high heterogeneous biomass growth when cut, which leads to different initial dry masses and drying speeds. The aim is to have a consistent dry matter content of 30 to 40% across the entire field. The Fendt Slicer 960/1010 Pro models with optional tine conditioner offer variable adjustment of the conditioner intensity thanks to the innovative ISOBUS control. The automatic adjustment is made using sensors in real time measurements or using application data based on the position registration of the biomass.