市場調查報告書
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1273388
負載監控器市場——增長、趨勢和預測 (2023-2028)Load Monitoring System Market - Growth, Trends, and Forecasts (2023 - 2028) |
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在預測期內,負載監控器市場預計將以 3.5% 左右的複合年增長率註冊。
各個新興國家,尤其是歐洲,正在快速生產汽車,這為全球負載監控系統市場打開了新的大門。德國、英國、法國和意大利是歐洲負載監控器市場的主要收入來源。這是由於該地區不斷發展的汽車和貨運行業。未來幾年,對包括自動駕駛汽車在內的汽車生產投資的增加將推動該地區對負載監控設備的需求增加。由於對旨在提高車輛整體性能的創新下一代汽車技術的需求不斷增加,對負載監控設備的需求正在上升。隨著數字稱重傳感器越來越受歡迎,新的商機開始出現。
對基於稱重傳感器的物料搬運設備的需求是由許多關鍵問題驅動的。其中最重要的是對汽車的興趣日益增長,以及對確保車輛適當維護的需求不斷增加。稱重傳感器在汽車行業的應用包括輪胎設計開發、測功機和韌性測試階段測試、零部件和輔助部件測試、研發、踏板功率測試、安全帶壓力測試、懸架測試、重心測試、整車負載測試、 ETC。除此之外,它還有助於製定強制性安全準則,車輛必須滿足這些準則才能在市場上取得成功。
對車輛的需求不斷增長以及對車輛及時維護的需求不斷增長是推動配備稱重傳感器的物料搬運機需求的主要因素。這使我們能夠縮短交貨時間並提高汽車行業的生產率。此外,負載監控系統在汽車行業的耐久性測試、驗證、認證和鑑定過程中測量張力和壓縮方面發揮著重要作用。
製藥行業越來越多地在壓片機、攪拌機、壓路機等設備中引入負載監控系統,以監控研發和擴展生產流程。此外,製藥行業對用於精確壓縮壓力測量的精密機械和熱處理稱重傳感器的需求不斷增長,這也推動了對負載監測設備的需求。
在製藥製造的研發過程中,負載監測系統的使用在科學家稱量化學品和材料樣品時發揮著重要作用。稱重傳感器的主要應用之一是假肢和矯形器。假肢和矯形器中使用的稱重傳感器靈敏、可靠且耐用,用於檢測負載的微小變化。此外,稱重傳感器有望用於多種應用,包括範圍廣泛的預防性醫療設備。
在預測期內,遵守嚴格的法規將對負載監控器市場構成重大挑戰。提供負載監控設備的供應商必須遵守國際標準化組織 (ISO)、澳大利亞標準 AS 1418 起重機(包括起重機和絞車)和職業健康與安全評估系列 (OHSAS) 等組織製定的法規。此類法規有助於確保安全性和一致性。
遵守上述規定會增加供應商的運營成本,進而影響利潤率。因此,供應商很難在遵守此類法規的同時管理利潤率,這可能會影響全球負載監控設備市場的增長。
高質量的防護等級 IP67 允許稱重傳感器用於惡劣的工業環境,消除了惡劣環境條件引起的錯誤。稱重傳感器的這些技術發展帶來的儀器誤差的減少正在增加許多行業的需求。
預計在預測期內,醫療保健行業將佔全球負載監測設備市場的最大份額。負載監控設備也用於重型設備和製藥所需的精細變化。他們監控負載能力並調整比率以進行準確測量。非常方便測量透析機和滴袋中的液體。因此,考慮到這些優勢,醫療保健板塊將佔據最大份額。
負載監控市場高度分散,參與者眾多。在醫療保健行業,稱重傳感器用於多個過程,對定制負載監控設備和精密工程技術的需求預計將推動市場增長。此外,市場參與者正在採取積極的擴張戰略,例如增加汽車產量、快速工業化和能源需求,以擴大負載監控設備市場的採用。隨著自定義負載監視器的引入,最終用戶現在可以根據他們的要求和任務修改系統。這允許最終用戶涵蓋其應用程序的所有配置和功能。供應商還通過將傳感元件集成到他們的負載監視器中來支持他們的客戶,以縮短交貨時間。
負載監控設備市場的主要參與者包括 Eilersen Electric Digital Systems、Mantracourt Electronics、Mettler Toledo、Wirop Industrial、Precia Molen、Spectris、Vishay Precision Group、Flintec Inc、JCM Load Monitoring 等。
The load monitoring system market is estimated to register a CAGR of approximately 3.5% during the forecast period.
The production of automobiles has advanced quickly in a variety of rising economies, particularly in Europe, which has resulted in the opening of new doors in the market for load monitoring systems worldwide. Germany, the UK, France, and Italy are the key revenue contributors to the load monitoring systems market in Europe. This is attributed to the growing automotive and cargo industry in the region. The increase in investments in vehicle production, including autonomous vehicles, would lead to a rise in the demand for load monitoring systems in the region in the coming years. The need for load monitoring systems is being driven upward by the rising demand for innovative and next-generation automotive technology, which is intended to improve the overall performance of vehicles. As digital load cells continue to gain in popularity, new opportunities have begun to present themselves.
The need for load cell-based material handling equipment is being driven by a number of major issues, the most important of which are the growing interest in cars and the developing requirement to guarantee the appropriate maintenance of vehicles. In the automotive industry, some of the applications for load cells include tyre design development, dynamometer and toughness test stage testing, testing of parts and auxiliary components, research and development, testing of pedal power, testing of safety belt pressure, testing of suspension, testing of the center of gravity, and testing of vehicle loads. In addition to this, it contributes to the maintenance of the mandatory safety guidelines that must be met in order for the vehicle to be successful on the market.
Growing demand for vehicles and the increasing need to ensure timely maintenance of vehicles are the key factors that are driving the demand for load cell-based material handling machinery. This reduces lead time and increases productivity in the automotive industry. Additionally, the load monitoring system plays an important role in measuring tension and compression, during endurance testing, validation, verification, and qualification in the automotive industry.
The load monitoring system is gaining momentum in the pharmaceutical business for monitoring and controlling R&D as well as scaling up production operations in tablet presses, mixers, and roller compactors. Furthermore, the pharmaceutical industry's desire for a load monitoring system has been driven by rising demand for precision machinery, as well as heat-treated load cells for accurately measuring compression pressures.
The use of the load monitoring system plays a vital role in the R&D process of pharmaceutical manufacturing, as scientists specifically weigh chemicals and substance samples. One of the major applications of the load cell is prosthetics. The load cells used in prosthetics are sensitive, reliable, and durable, and are used for detecting minute changes in the load. Furthermore, load cells are expected to be used in several applications, including a wide range of preventive medical equipment.
Compliance with strict regulations will be a major challenge for the load monitoring system market during the forecast period. Vendors that offer load monitoring systems need to comply with regulations framed by organizations such as the International Organization for Standardization (ISO), Australian Standard AS 1418 Cranes (Including Hoists and Winches), and Occupational Health and Safety Assessment Series (OHSAS). Such regulations help in ensuring safety and consistency.
Compliance with the above-mentioned regulations can increase the operational cost incurred by vendors, which, in turn, affects their profit margins. Hence, vendors find it difficult to manage their profit margins while complying with such regulations, which can impact the growth of the global load monitoring systems market.
The adoption of high-quality IP67 protection, which permits the use of load cells in tough industrial environments, has eliminated the errors caused by challenging environmental conditions. The reduction of instrumental errors brought on by these technological developments in load cells has increased demand in a number of industries.
The healthcare segment is expected to witness the largest share in the global load monitoring system market during the forecast period. The load monitoring system is used for heavy equipment and even delicate changes needed in medicines. They monitor the load capacity and adjust the proportion for precise measurements. It is extremely useful in dialysis machines, measuring fluid in IV bags, etc. Hence, considering these advantages healthcare segment will have the largest share.
The load monitoring market is highly fragmented, due to several players present in the market. The market is expected to grow, due to the demand for customized load monitoring systems and precision-engineered technologies in the healthcare industry, as the load cells are used for several processes in this industry. Moreover, market players are taking up aggressive expansion strategies, such as increased automotive production, rapid industrialization, and energy demand, in order to increase the adoption of the load monitoring systems market. The introduction of custom load monitoring systems has allowed the end users to modify these systems as per their requirements and tasks. It helps them cover all configurations and capacities that match their applications. Vendors are also incorporating sensing elements with load monitoring systems, to support their customers by improving their delivery times.
Some of the major players in the load monitoring systems market include Eilersen Electric Digital Systems, Mantracourt Electronics, Mettler Toledo, Wirop Industrial, Precia Molen, Spectris, Vishay Precision Group, Flintec Inc., JCM Load Monitoring, and Others.