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1-10 Employees
Our innovative agricultural platform blends Artificial Intelligence (AI), robotics, and machine learning to reshape and enhance greenhouse farming. We’re a team of AI, robotics, and agricultural experts gathered to reshape farming. We build and operate autonomous greenhouses with mobile robots and advanced AI.
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Featured
Technology — Zordi
... Autonomous Crop Care & Harvesting ...
Malton, United Kingdom
1-10 Employees
We aim to offer high quality and reliable machinery, which is easy to operate and effective in use. The Quickcut philosophy is to provide value for money with equipment which will prove efficient over an extended working life, to provide effective solutions and high work rates with minimum down time.
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QuickCut GB – Welcome to the future in wholecrop harvesting
... QUICKCUT GB from RYETEC Specialist forage harvester headers for whole crop harvesting. ...
Boston, United Kingdom
1-10 Employees
We are a family business, owned and managed by Derek and Sonia Scott with brother in law Matt Shaw taking charge of design and development with extended members of the family within the workforce. We are based 10 miles north of Boston on the east coast of Lincolnshire, traditionally known as the “vegetable basket of the UK” with an industry £1bn turnover. We are very proud to be part of that heritage and enjoy the support of some of the best local subcontractors in the agricultural industry. Established in 1994 specialising in potato field machinery the company quickly grew into one of the most successful specialist Potato machinery dealers in the UK. As the industry dramatically changed over the last few years we have drawn on our extensive knowledge of potato handling, dating back some 30 years, and have emerged as a fully fledged design and manufacturing business. Our core business is based around producing highly innovative machinery to service the potato, root crop and allium markets. Currently we supply our range of products into more than 30 countries around the world through our ever increasing dealer network. All our machinery is designed by ourselves in 3D, in our CAD office and manufactured in our new workshops.
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Scotts Precision Manufacturing - World-Leading Root Crop Harvesting Systems
... Innovators in designing and manufacturing advanced root crop harvesting and cleaning systems for the world markets. ...
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Whole Crop Harvesting
... Whole Crop Harvesting - ...
Harrogate, United Kingdom
11-50 Employees
We provide honest and comprehensive information from start to finish – enabling you, the grower, to maximise your land use and income. From site surveys to planting and harvesting of different energy crops, with particular expertise in woody energy crops and agro-forestry, Energy Crops Consultancy’s experience is second to none. In our view, the environment should enhance production and vice versa – production should enhance the environment. Perennial Energy Crops can offer multiple benefits from increasing revenue, minimising workload to creating sustainable rich environments for wildlife. Energy Crops Consultancy is a UK-based, independent advisory service specialising in perennial energy crops such as SRC Willow and Miscanthus grass. Energy crops (especially SRC willow) can offer a multiple of benefits from increasing revenue, minimising workload to creating sustainable rich environments for wildlife. Did you know that just one hectare of SRC willow can provide the equivalent energy of 5,700 litres of fuel oil, with far less of the pollution associated with burning fossil fuels? Offering expertise in equipment, seedbed preparation, plant varieties & their specific needs.
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Featured
Energy Crop Harvesting & Harvesting Management
... Energy Crops must be strategically harvested to maximise yield and income Harvesting a Perennial Energy Crop is a precise procedure which we can guide you ...
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Featured
Crop harvesting.
... Crop harvesting - ...
Jaipur, India
11-50 Employees
1988
Agrogin, is a multinational company with offices situated in 4 countries. We are able to provide the best quality product at the most competitive prices. Agrogin ensures quality products with through checks a a commitment of excellent service. We believe that for any customer time is money and with such a global economy, any minor event in one part of the globe present huge opportunities in another part. We try suitably alter the pricing of the products according to the specific needs of an organization. We add value to our client’s supply chain by providing traceability of our products right from procurement to processing to providing safe delivery to our customers. Despite our extensive worldwide operations, Agrogin remains a private family-owned company, ensuring personal commitment and service to customers and suppliers over the world. We offer a wide range of essential food ingredients from Fresh to Dehydrated, vegetables to spices.
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Featured
Home Page | Agrogin
... Crop Predictions I Harvesting Outlooks I Global Agri Markets I Policy ...
Misgav Regional Council, Israel
1-10 Employees
2016
MetoMotion was founded in 2017 with initial investment from the Israeli Innovation Authority and Trendlines. MetoMotion’s goal is to transform indoor farming production in modern greenhouses through its smart robotics platform that enables farmers and growers to solve labor shortages, reduce costs and improve yields. MetoMotion is the recipient of numerous industry awards including the 2022 GreenTech Amsterdam Robot Challenge. We are a team of entrepreneurs, farmers, engineers, and data scientists who have come together to change the world of agriculture. Our Greenhouse Robotic Worker (GRoW) is a platform for harvesting greenhouse crops and analyzing data for improving grower outcomes and predictability.
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MetoMotion is the leading platform for harvesting greenhouse crops
... MetoMotion is the leading platform for harvesting greenhouse crops ...
United Kingdom
1-10 Employees
We are proud to be suppliers of many well-known and recognised brands within the UK marketplace; in conjunction with being able to offer our clients a bespoke range of niche and bespoke farm machinery, plant, and equipment for Arable, Livestock, and Biogas farming. We are proud to be the sole UK agent for TRAK-JAK and also Capello, both of which are renowned specialists in farm equipment, among our ever-growing other agricultural machinery portfolios.In addition, we work with a vast range of well-known suppliers and manufacturers. We provide new and used construction and farm machinery for sale, machinery brokerage and machinery sourcing and we have close relationships with some of the leading manufacturers of specialist farm machinery around the world. WM Agri was founded in 2014 by Will Mallon. With some of the leading manufacturers of farm machinery in the world we can cater to all types of today’s discerning customer and their demands to satisfy their business portfolio requirements and needs. A growing part of our business is the brokerage and sourcing side of quality new and used machinery, and equipment, and more so now with the ever-growing gap of increasing cost for new equipment and the availability issues we as an industry are facing; customers are turning to us to satisfy their machinery needs and requirements, and in many cases coming back time and time again for the best service. Excellent customer service, competitive pricing, an excellent range of products, the positives go on and on and accordingly, we are very happy to recommend WM Agri as a supplier. Prepare for a groundbreaking leap in agricultural technology as WMAGRI, the renowned purveyor of top-tier farm machinery, is on the brink of introducing an eagerly anticipated new product range to our store.
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Featured
WM AGRI | NEW & USED FARM MACHINERY SALES SPECIALISTS
... Capello Spartan is the perfect solution for whole crop harvesting ...
Winnipeg, Canada
501-1000 Employees
1949
For over 70 years MacDon has been a world leader in technology, innovation, and manufacturing of high-performance harvesting equipment. Our harvesting history is rooted deep in the rich prairie heritage of Winnipeg, Manitoba, Canada. MacDon products are distributed and supported worldwide from offices in Canada, the United States, Australia, Russia, Brazil, and Germany. MacDon’s relentless pursuit of improvement is driven by the desire to make harvesting easier and more productive for farmers. Working directly with producers and custom harvesters in the toughest real-world conditions; this relationship guides MacDon to pioneer industry-leading innovations like the FlexDraper®.
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Featured
D Series Draper Header | MacDon
... The D Series is a true multi-crop harvesting solution, perfect for harvesting cereals, oil seeds, grass seeds, or beans. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Crop Harvesting
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 41 |
| Amount of suitable service providers | 22 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1949 |
| Youngest suiting company | 2016 |
Crop harvesting refers to the process of gathering mature crops from the fields, marking the culmination of the growing season and the transition of plants from growth to distribution. This critical agricultural operation can be performed manually, using tools such as sickles and scythes, or mechanically, through the use of specialized machinery like combines, which simultaneously reap, thresh, and clean grain crops. The timing of harvesting is crucial, as it directly influences crop yield, quality, and the economic value of the produce. An early harvest can lead to underdeveloped crops, while a delay can cause overripening, leading to losses due to shattering and spoilage. Beyond its immediate agricultural implications, effective crop harvesting practices have a profound impact on food supply chains, influencing food availability, prices, and ultimately, global food security. The efficiency of harvesting methods also plays a significant role in sustainability, where innovations aim to reduce waste, optimize resource use, and minimize environmental impact. Thus, crop harvesting is not only a fundamental agricultural task but also a key factor in the broader context of food production systems and their sustainability, affecting economic, environmental, and social dimensions.
1. Efficiency
Crop harvesting techniques, especially when mechanized, significantly increase the efficiency of gathering crops. This method allows farmers to cover more ground in less time, reducing the manpower needed and speeding up the overall process from field to market.
2. Reduced Loss
Compared to traditional methods, modern crop harvesting reduces the amount of produce lost or damaged. Advanced machinery and techniques ensure a more delicate handling of crops, which minimizes waste and maximizes yield.
3. Consistency
The use of standardized equipment and procedures in crop harvesting ensures a consistent quality and size of the produce. This uniformity is particularly important for market acceptance, where consistent product quality can lead to better prices and customer satisfaction.
4. Cost-Effectiveness
Over time, investing in modern harvesting technologies can lead to significant cost savings. While the initial outlay might be high, the increased efficiency, reduced labor costs, and lower post-harvest losses result in a more profitable operation in the long run.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology and Equipment Quality
Ensure the supplier has the latest technology and high-quality equipment for crop harvesting. This impacts the efficiency and effectiveness of the harvesting process.
2. Experience and Reputation
Consider the supplier's experience in the industry and reputation among peers. A proven track record indicates reliability and expertise.
3. Cost-effectiveness
Assess the cost relative to the service quality. The optimal supplier offers competitive pricing without compromising on service quality or equipment standards.
4. Environmental Practices
Verify the supplier's commitment to sustainable and eco-friendly harvesting practices. This is crucial for reducing the carbon footprint and ensuring environmental compliance.
5. After-Sale Support
Check for the availability of after-sale support, including maintenance and repair services. This ensures the longevity and performance of the harvesting equipment.
6. Customization Options
Evaluate the ability to customize services and equipment to match specific crop and field requirements. This flexibility can significantly enhance harvesting efficiency.
In the agricultural sector, crop harvesting technology is revolutionizing the way businesses manage and process crops. One prominent B2B use case is in precision agriculture, where companies leverage advanced sensors and AI algorithms to optimize the timing and methods of harvesting. This ensures peak efficiency, reduces waste, and maximizes yield, benefiting both farmers and agricultural technology firms. The food processing industry also heavily relies on crop harvesting innovations. Businesses in this sector utilize mechanized harvesting tools to streamline the collection and transportation of fresh produce. This not only speeds up the supply chain but also minimizes damage to the crops, ensuring higher quality raw materials for food production companies. Additionally, crop harvesting technologies find essential applications in the biofuel industry. Through efficient harvesting methods, energy companies can secure a consistent and sustainable supply of biomass materials. This is crucial for the production of biofuels, as it allows for the conversion of agricultural waste into energy with minimal environmental impact. Lastly, agricultural equipment manufacturers benefit from the development of new harvesting technologies. By creating more efficient and versatile machinery, these manufacturers can cater to the evolving needs of modern farms, offering solutions that reduce labor costs and enhance productivity across various crop types.
Crop harvesting technology stands at a high Technology Readiness Level (TRL), predominantly between TRL 7 to TRL 9, indicating that these technologies have been fully tested and validated in operational environments. This advanced stage is primarily due to significant technological innovations and integrations in the agricultural sector, including precision agriculture, autonomous machinery, and AI-driven decision-making tools. The leap to such high TRLs has been facilitated by the development and deployment of GPS and sensor technologies that enable precise monitoring and management of crop health, soil conditions, and micro-climates, leading to more efficient harvesting processes. Moreover, the advent of autonomous tractors and harvesters, equipped with machine learning algorithms, has not only increased the efficiency and speed of harvesting operations but also significantly reduced the reliance on manual labor. These machines can operate around the clock, adjusting their techniques in real-time to accommodate variations in crop size, density, and maturity, ensuring minimal damage to the produce. The integration of robotics has further enhanced the harvesting process, particularly for delicate crops where precision is paramount. These technical advancements underscore the current high TRL of crop harvesting technologies, reflecting their operational effectiveness and widespread adoption in modern agriculture.
In the Short-Term, advancements in crop harvesting technology are expected to focus on automation and precision agriculture. Drones and satellite imagery will become increasingly utilized for real-time monitoring of crop health, enabling farmers to make informed decisions about when and where to harvest. Additionally, the integration of AI with harvesting machinery is predicted to optimize the efficiency of crop collection, reducing waste and increasing yield. The Mid-Term phase will likely see the rise of fully autonomous harvesting robots. These machines will be capable of identifying ripe crops using advanced machine learning algorithms and harvesting them with minimal human intervention. Furthermore, the development of more sophisticated sensors and IoT devices will facilitate continuous monitoring and management of crop health and soil conditions, ensuring optimal growth conditions and timely harvesting. Looking into the Long-Term, breakthroughs in genetic engineering and biotechnology are anticipated to produce crops that are specifically designed for automated harvesting. These crops will have uniform maturation times and enhanced resilience to environmental stresses, making them more suitable for mechanical harvesting. Additionally, the integration of blockchain technology is expected to provide transparent and secure tracking of the harvested produce, from the farm to the consumers, ensuring food safety and traceability.
