The global transition to sustainable food and agriculture needs to ensure profitability and environmental health backed up by major improvements in the efficiency of resources. Agricultural drones, self-driving tractors and seed-planting robots are among the innovations that are key to future food supplies.
Autonomous tractors are already in place to help save skilled labour shortages in farming. Use of Artificial Intelligence in agriculture is already driving up the demand for autonomous farm equipment. Farmers are nowadays using data from drones to extract soil samples to check temperatures, moisture and elevation.
Autonomous farming equipment market is set to reach $95 billion by 2027 from an existing $55 billion in 2020 as reported by World Economic Forum. While agricultural machineries such as swather, multi crop harvester, auger conveyor, baler are put to work with a wide range of materials such as soils, seeds and crops, these materials can impact the performance of the machine and its durability. Typical issues include wear of tools and inefficient processes.
MNES offers solutions for the design, testing and optimization of agricultural equipment. Our clients have benefitted from our solutions which has led to shorter design cycles, lesser prototyping and improved machine performance. We use latest CAD software packages and FEA simulation to build your ideas from conceptual stage until it’s ready for production.
We work as a dependable engineering source for OEMs, as a supplement to their in-house engineering department on Agricultural Equipment Design projects. But if you are someone with no idea about how to materialize your concept, MNES can help you to get it done with ease by expert guidance.
One key feature that sets our company apart from most of the other players in the industry is that we help our clients not only to design agricultural equipment but also provide expertise in assisting with the integration of intelligent high-tech components.