市場調查報告書
商品編碼
1371945
全球農產品鍊式輸送機市場,預測到 2030 年:按類型、用途、最終用戶和地區進行的全球分析Agricultural Products Chain Conveyors Market Forecasts to 2030 - Global Analysis By Type (Vertical, Horizontal and Other Types), Application (Eggs, Fruit, Canned and Other Applications), End User and By Geography |
根據Stratistics MRC的數據,2023年全球農產品鍊式輸送機市場規模為367.9億美元,預計預測期內年複合成長率為13.3%,到2030年將達到881.7億美元。
農產品鍊式輸送機是一種先進的機械系統,旨在促進各種農產品在農業供應鏈各個階段的無縫移動。這些輸送機水平、垂直或傾斜地運輸貨物,包括穀物、水果、蔬菜和其他農產品。它的工作原理是使用帶有沿固定途徑移動的連桿或槳的連續鏈條機構。這些輸送系統不僅減少了對體力勞動的需求,還有助於減少產品損壞、提高整體營運效率並提高產品品質和安全性。
農產品和鍊式輸送機市場受到農業產量增加的顯著推動。究其原因,主要是由於人口持續成長,全球對糧食和農產品的需求不斷增加。隨著越來越多的人依賴糧食,農業產量必須增加才能滿足不斷成長的糧食需求。農業供應鏈需要有效的輸送機來應對這項挑戰。輸送機可以加快農產品的運輸速度,減少體力勞動的需要,防止產品損壞,提高整體效率。從而,整個鏈條輸送機可以促進農業生產和農產品市場的擴大。
農產品鏈輸送機市場的一個關鍵抑制因素是初始成本較高。為了實施鍊式輸送機系統,必須事先購買所有設備、安裝和必要的基礎設施。這些初期成本可能成為許多農業企業進入和採用的重大障礙,尤其是資本資源有限的中小型企業。此外,鍊式輸送機系統的高啟動成本可能會阻止營運商將其視為最佳化營運的可行解決方案,這可能會阻礙市場擴張。
環境法規可能會透過鼓勵使用更節能、更環保的輸送系統來改變產業。為了滿足這項需求,輸送機系統正在採用更環保和節能的技術和佈局。此外,輸送機系統還可減少廢棄物、提高回收能力、低排放氣體和節能馬達。這些創新為農業企業提供了減少碳排放並遵守嚴格環境法規的方法。
景氣衰退對農產品鏈輸送機市場構成嚴重威脅。景氣衰退和不穩定的金融狀況往往導致農業企業預算緊張和報酬率下降。這些公司通常會透過削減成本和最大限度地減少資本支出來應對經濟困難,這可能會影響他們投資鍊式輸送機系統等創新技術的意願。此外,整個農業供應鏈可能會受到景氣衰退的影響。消費者支出下降、信貸標準收緊以及出口預測疲軟都可能導致農業數量和生產水準下降。這些要素阻礙了市場的擴張。
農產品和鍊式輸送機市場受到COVID-19疫情的嚴重影響。全球供應鏈遭到破壞,這是最明顯、最直接的影響之一。由於全球貿易中斷和需求趨勢變化,以出口為重點的農業公司面臨挑戰。貿易量和全球物流的困難阻礙了出口輸送系統的使用。大流行的財務影響也很大。隨著銷售下降和經濟不確定性增加,許多農業相關企業正面臨財務不穩定。
水平部分估計佔最大佔有率。農產品通常使用水平鍊式輸送機沿著水平或接近水平的路線運輸。當主要要求是將貨物從同一平面上的一個位置運送到另一個位置且高度差較小時,水平鍊式輸送機適用。水平輸送機常用於農業領域的田間運輸。例如,它們用於收割機,將新鮮收割的作物(例如穀物、水果和蔬菜)從收割點運送到貨櫃或拖車,無需人工干涉。
預計水果領域在預測期內將出現良好成長。蘋果、柳橙、莓果、葡萄等多種水果的搬運、運輸和加工是專門針對水果的農產品鍊式輸送機領域市場的重點。許多水果輸送系統使用分選和分級機根據大小、品質和成熟度來分離水果。這對於確保您只銷售最好的水果、消除浪費並提高最終產品的整體品質至關重要。
由於現代和高度機械化農業的存在,北美在估計期間獲得了最大的市場佔有率。環境問題和法規要求也影響所使用的輸送機技術。美國是世界領先的農業生產國之一,對鍊式輸送機系統的需求正在顯著增加。在美國,輸送機技術通常用於運輸各種農產品,包括穀物、水果、蔬菜和肉品。輸送系統對於最大化產品從農場到加工設施和配銷中心的流動至關重要。
預計亞太地區在預測期內將實現盈利成長。亞太地區新興經濟體農業部門雄厚,包括中國和印度。該地區輸送機系統的採用情況可能會有所不同,具體取決於農業部門的規模和政府現代化資金等因素。印度擁有多元化的農業環境,以稻米、小麥和扁豆等作物為主。穀物和其他農產品在輸送機系統上處理和運輸。減少收穫後損失和提高供應鏈效率的要求正在影響輸送機技術在印度的部署。
According to Stratistics MRC, the Global Agricultural Products Chain Conveyors Market is accounted for $36.79 billion in 2023 and is expected to reach $88.17 billion by 2030 growing at a CAGR of 13.3% during the forecast period. Agricultural Products Chain Conveyors are sophisticated mechanical systems designed to facilitate the seamless movement of a wide variety of agricultural goods throughout the various stages of the agricultural supply chain. These conveyors transfer commodities in a horizontal, vertical, or inclined manner, including grains, fruits, vegetables, and other agricultural products. They work by using a continuous chain mechanism with linked links or paddles that move along a fixed path. These conveyor systems help to lessen product damage, boost overall operational effectiveness, and enhance the quality and safety of agricultural products in addition to reducing the need for physical labour.
The market for agricultural products and chain conveyors is significantly driven by increased agricultural production. The reason for activity is basically anchored in the rising demand for food and agricultural goods on a worldwide scale as a result of a continually growing population. In order to meet the growing demand for food as more people become dependent on it, agricultural output must be increased. The agricultural supply chain needs effective conveyors in order to address this difficulty. These conveyors can speed up the transportation of crops, lessen the need for manual labour, prevent product damage, and increase overall efficiency. As a result, they can help increase agricultural production and the market growth for agricultural products through chain conveyors as a whole.
An important restraint for the market for agricultural product chain conveyors is their high initial costs. The equipment, installation, and required infrastructure must all be purchased in advance in order to execute chain conveyor systems. These upfront expenses can be a significant barrier to entrance and adoption for many agricultural businesses, especially smaller and medium-sized operations with constrained capital resources. Furthermore, businesses may be discouraged from considering chain conveyor systems as feasible solutions for optimising their operations due to their high starting costs, which might hinder the market's expansion.
By encouraging the use of conveyor systems that are more energy-efficient and environmentally friendly, environmental limitations may change the industry. In response to this need, conveyor systems have incorporated technologies and layouts that are more environmentally and energy-conscious. Additionally, conveyor systems may feature improved waste reduction or recycling capabilities, lower emissions, and energy-efficient motors. Agricultural operations now have a way to reduce their carbon footprint and follow tight environmental regulations due to these technological innovations.
Economic downturns pose a serious threat to the chain conveyors market for agricultural products. Economic downturns and unstable financial conditions frequently result in tighter budgets and lower profit margins for agricultural firms. These companies typically reduce expenses and minimise capital expenditures in reaction to economic hardships, which may affect their desire to invest in innovative technology like chain conveyor systems. Furthermore, the entire agricultural supply chain may be affected by economic downturns. Reduced consumer spending, stricter credit standards, and less export prospects can all result in lower agricultural product quantities and production levels. These factors hinder market expansion.
The market for agricultural products and chain conveyors was significantly impacted by the COVID-19 outbreak. Global supply chains were disrupted, which was one of the most noticeable and immediate repercussions. Agriculture enterprises with an export focus faced difficulties as a result of interruptions in global trade and shifting demand trends. Conveyor system utilisation for export has been hampered by fluctuations in trade quantities and difficulties with global logistics. The pandemic's financial effects were also significant. As sales fell and economic instability increased, many agricultural firms experienced financial instability.
The horizontal segment is estimated to hold the largest share. Agricultural products are typically transported using horizontal chain conveyors along a level or nearly level course. They are appropriate for situations where transporting items from one place to another on the same plane with minimal elevation variations is the main requirement. Horizontal conveyors are frequently utilised for in-field transportation in agricultural applications. For instance, they can be used in harvesting machinery to carry recently picked crops, like grains, fruits, or vegetables, from the point of harvest to ready containers or trailers without the need for manual labour.
The fruit segment is anticipated to have lucrative growth during the forecast period. The handling, transportation, and processing of many kinds of fruits, including apples, oranges, berries, grapes, and more, is the focus of the market sector for agricultural products chain conveyors that is devoted to fruits. To separate fruits according to size, quality, and ripeness, many fruit conveyor systems use sorting and grading machinery. This is essential for ensuring that only the best fruits are sold, lowering waste, and raising the calibre of the final product as a whole.
North America commanded the largest market share during the extrapolated period presence of modern and highly mechanized agriculture. Environmental issues and regulatory requirements also have an influence on the conveyor technology used. As one of the world's top agricultural producers, the United States significantly increases demand for chain conveyor systems. In the United States, conveyor technology is commonly used to carry a variety of agricultural goods, such as grains, fruits, vegetables, and meat products. Conveyor systems are crucial to maximising the flow of goods from farms to processing facilities and distribution centres because the agricultural landscape is largely mechanised.
Asia Pacific is expected to witness profitable growth over the projection period. Asia Pacific emerging economies with substantial agricultural sectors include China and India. Conveyor system adoption in this area may differ depending on elements including the size of the agriculture sector and government funding for modernization. With a focus on crops like rice, wheat, and lentils, India has a diverse agricultural environment. Grain and other agricultural products are handled and transported via conveyor systems. The requirement to lower post-harvest losses and boost supply chain effectiveness has an impact on the deployment of conveyor technology in India.
Some of the key players in the Agricultural Products Chain Conveyors Market include: Apollo VTS B.V, Dorner, FlexLink, Maschinenbau Kitz GmbH, Gebo cermex, Tetra Pak, Flexicon, Productive Systems, Facet Engineering, SpanTech, Rapat Corporation, Mysilo, Schrage Conveying Systems and Hapman.
In March 2023, FlexLink will unveil a new solution, Launch of BRIXX especially developed for co-packers and E-commerce. FlexLink is revolutionizing automated material handling solutions with BRIXX, enabling companies to respond flexibly to changing consumer trends. Co-packing and e-commerce companies need to respond to the increasing demand for higher differentiation and personalization options.
In April 2022, Tetra Pak partners with leading beverage brands to launch the world have first tethered caps on carton packages. Marking a significant milestone in the company's long-term work on design for recycling, five new tethered cap solutions are currently being introduced across Ireland, the Baltics, Spain and Germany in different product categories - a market first for these geographies.
In November 2022, Tetra Pak announces first collaboration with food processing technology incubator. This initiative will combine the company's industry expertise with Fresh Start's innovative approach to drive solutions that will contribute to improving food systems resilience.