市場調查報告書
商品編碼
1245744
2022-2028 年全球機器人即服務市場規模、份額、行業趨勢分析報告(按應用(處理、組裝/拆卸、焊接/焊錫、分配器、加工))、最終用戶、區域展望和預測Global Robotics as a Service Market Size, Share & Industry Trends Analysis Report By Application (Handling, Assembling & Disassembling, Welding & Soldering, Dispensing, Processing), By End User, By Regional Outlook and Forecast, 2022 - 2028 |
到 2028 年,全球機器人即服務市場規模預計將達到 37 億美元,預測期內復合年增長率為 16.3%。
RaaS 業務模型用戶訪問基於雲的訂閱設施並租用機器人設備,以獲得機器人過程自動化 (RPA) 的好處,而不是購買開箱即用的硬件。這在機器人技術中尤其如此,因為它允許我們到 使用 RaaS,您可以消除所有權的麻煩,例如購買昂貴設備的成本和計劃外維護的需要。
許多行業始終需要敏捷和精益流程。 企業必須能夠快速改變運營和產出以響應市場發展。 RaaS 支持產品類型的快速變化,例如從基於網格的“貨架到人”自動導引車 (AGC) 快速過渡到“紙箱到人”的揀箱機器人。 此外,客戶可以根據需要隨時啟動和停止移動機器人系統。 RaaS 使您可以更輕鬆、更方便地擴展車隊規模,而無需擔心未來車隊規模縮減的風險。
COVID-19 影響分析
此外,半導體和電子產品的製造曲線仍然強勁,儘管在大流行病後趨於平穩。 此外,COVID-19 的爆發增加了對減少醫院感染的關注,鼓勵引入機器人來完成清潔和衛生任務。 作為針對 COVID-19 的對策,使用了清潔和消毒維護機器人等機器人技術。 對未感染服務的需求不斷增長,使服務機器人成為一個新的競爭領域。 因此,大多數製造商都已為其新型消毒機器人授權使用。 此外,據報導,工業機器人的採用使一些製造業受益。 因此,大流行對機器人即服務市場產生了有利影響。
市場增長因素
長期節約成本和防止過時
勞動力短缺和降低成本的需要正在慢慢增加機器人系統和自動化的使用。 例如,自動叉車預計將受到倉庫租金上漲和倉庫可用性下降的推動。 此外,自動化處理取代了常規任務中的人工任務,例如將貨物精確地存儲到位、檢索貨物以及將貨物無損地運送到特定的處理和接口點。 因此,自動叉車可用於優化空間利用率並降低勞動力成本。 因此,機器人運營成本的降低以及隨之而來的長期利潤的增加是推動機器人即服務市場增長的主要因素。
基於雲的模型和 5G 的快速增長
在全球範圍內,機器人在生產現場的使用正在取得進展,對雲機器人技術的需求也在穩步增長。 雲機器人技術旨在將已部署的生產機器人與系統智能相結合。 工業中越來越多地使用雲機器人技術正在推動對 5G 等高性能網絡的需求,與 Wi-Fi 相比,5G 可提供更好的帶寬和更低的延遲。 5G 將支持實時視頻和大型數據集活動。 它在機器人領域越來越受歡迎,因為它可以輕鬆地將工廠部署的機器人與雲網絡集成。 由於這些因素,機器人即服務市場有望在未來幾年增長。
市場約束
機器人與人工之間的脫節
由於機器人需要專門的編碼和培訓才能完成工作,因此公司需要聘請熟練的工程師和程序員來監督機器人的部署。 此外,當新軟件開發或新機器人投放市場時,即使是經驗豐富的員工也可能需要接受再培訓。 此外,由於現實世界任務的複雜性,機器人系統需要時間、物理、空間和社會意識,這些意識可以通過多種方法和技術更好地處理。 因此,未來幾年的市場增長可能會因這些系統的複雜性而導致缺乏聯繫而受到阻礙。
應用展望
按應用劃分,機器人即服務市場可細分為搬運、組裝和拆卸、分配器、機械加工、焊接和錫焊等。 到 2021 年,處理部分將在機器人即服務市場中佔據最大的收入份額。 RaaS 在物流行業的快速採用是這一領域增長的一個因素。 汽車、塑料、橡膠和化工以及木材行業中使用的拋光和去毛刺等重複加工過程自動化可實現最佳加工。 這些加工應用通常在中小型製造設施中進行。 由於大型工業的快速擴張,預計在預測期內,RaaS 用於處理操作自動化的利用率將會增加。
最終用戶視角
基於最終用戶,機器人即服務市場細分為製造、汽車、航空航天和國防、物流、醫療保健、零售、食品和飲料、媒體和娛樂等。 2021 年,製造部門在機器人即服務市場取得了顯著的增長。 工廠和工業中自主程序的上升趨勢推動了這一領域的增長。 工廠經常使用 RaaS 系統來提高生產力和簡化流程。 因此,可以減少時間限制和錯誤率。 此外,即使在小型企業中,隨著機器人系統使用的進步,運營成本也大大降低,RaaS 的引入正在加速。
區域展望
按地區劃分,對北美、歐洲、亞太地區和 LAMEA 的機器人即服務市場進行了分析。 2021 年,北美市場在機器人即服務市場中的收入份額最高。 在北美,小型企業大多使用機器人技術作為服務。 該地區最大的 RaaS 市場之一是美國。 在汽車行業,隨著混合動力和電動汽車的推出,機器人技術變得越來越普遍。 越來越多的北美公司正在考慮使用機器人來執行不愉快和危險的任務。
The Global Robotics as a Service Market size is expected to reach $3.7 billion by 2028, rising at a market growth of 16.3% CAGR during the forecast period.
Robot as a Service or RaaS is a cloud computing service that makes it possible to integrate robots and other embedded devices into internet and cloud computing ecosystems without any noticeable performance hit. RaaS is advantageous for both consumers and robotic businesses. By leasing robotic equipment and leveraging a cloud-based subscription service, robots as a service enable organizations to benefit from robotic process automation (RPA). This technology's main benefit is that it lessens the requirement for manual IT assistance while enhancing the effectiveness of robotic processes.
Three things are necessary for the deployment of a RaaS in an organization. First, the use of appropriate tools to control the RaaS. The second is to determine the specific degree of services the company requires. The last is to choose a vendor to support the RaaS. X-as-a-Service business models, which supply a specific service instead of a new product to execute the service, are already widespread in the sector. The biggest change in models like this is substituting a billing structure based on the services rendered rather than the product itself for a proportionately high up-front product price.
This is especially true for robotics because users of RaaS business models can access a cloud-based subscription facility and lease robotic devices to gain the advantages of robotic process automation (RPA) rather than buying the hardware outright. RaaS eliminates the hassles of ownership, like paying off a costly piece of equipment and resolving unexpected maintenance needs.
Agile and lean processes are always desired in many industries; businesses should be able to quickly alter operations or output in accordance with market developments. RaaS enables quick changes in product kinds, such as moving swiftly from grid-based "shelve-to-person" automated guided carts (AGCs) to "carton-to-person" case-picking robots. In addition, customers can start or stop mobile robotic systems at any moment as needed. RaaS makes it possible to scale the fleet size more easily and conveniently without worrying about the dangers of future fleet size reductions.
COVID-19 Impact Analysis
The manufacturing curve for semiconductors and electronics also flattened but stayed steady after the pandemic. Additionally, because of the COVID-19 outbreak, there has been an increased focus on reducing hospital-acquired infections, encouraging the adoption of robots for cleaning and sanitation tasks. Robotic technologies, like cleaning and disinfection maintenance robots, were used to combat COVID-19. Increasing uninfected demand gave service robots a new home in this field. Most manufacturers authorized new disinfection robots as a result. The adoption of industrial robots has also reportedly benefited several manufacturing enterprises. Therefore, the pandemic favorably impacted robotics as a service market.
Market Growth Factors
Reduces costs over time and prevents obsolescence
The usage of robotic systems and automation has gradually increased because of labor scarcity and the need to reduce costs. For instance, autonomous forklifts are predicted to be driven by rising warehouse rents and dwindling warehouse availability. In addition, automated handling replaces human interaction in routine tasks, including accurate item storage at a predetermined location, item retrieval, and damage-free delivery of products to certain processing or interface points. Hence, using autonomous forklifts optimizes space utilization while lowering labor expenses. Therefore, the lower costs of operation of robotics and subsequent increase in profits, in the long run, are the primary factors boosting the growth of the robotics as a service market.
Rising growth of the cloud-based models and 5G
The rising use of robots in production facilities worldwide has led to a steady increase in demand for cloud robotics. Cloud robotics aims to integrate system intelligence with the production robots already in place. A high-performance network like 5G, which offers better bandwidth and reduced latency than Wi-Fi, is now required due to the increased usage of cloud robotics in the industrial industry. Real-time video and large dataset activities are supported by 5G. Because it makes it simple to integrate factory-deployed robots with the cloud network, it is becoming more popular in robotics. The market for robotics as a service will grow in the upcoming years due to all these factors.
Market Restraining Factors
Absence of connection between robots & human workforce
Companies must employ skilled engineers as well as programmers to supervise the deployment of robots since they need expert coding and training to carry out jobs. On top of that, when novel software is created, or new robots hit the market, even experienced staff members may require retraining. Moreover, robotic systems must have the temporal, physical, spatial, and social awareness that can be better handled by a wide range of approaches and technologies due to the complexity of difficult real-world tasks. As a result, the market's growth in the upcoming years may be hampered by the lack of contact caused by the complexity of these systems.
Application Outlook
On the basis of application, the robotics as a service market is divided into handling, assembling & disassembling, dispensing, processing, welding & soldering, and others. The handling segment acquired the largest revenue share in the robotics as a service market in 2021. The rapid use of RaaS in the logistics industry is responsible for the segment's growth. Automating repetitive processing processes like polishing and burring, used in the automotive, plastics, rubber & chemicals, and wood sectors leads to optimal processing. These processing applications are typically carried out by SMEs in their manufacturing facilities. The use of RaaS to automate processing operations is anticipated to increase during the projected period due to the rapid expansion of large-scale industries.
End User Outlook
Based on end user, the robotics as a service market is segmented into manufacturing, automotive, aerospace & defense, logistics, healthcare, retail, food & beverages, media & entertainment, and others. The manufacturing segment procured a remarkable growth rate in the robotics as a service market in 2021. The growing trend of autonomous procedures in factories and industries has accelerated the segment's growth. Factories frequently use RaaS systems to improve productivity and streamline processes. They can lessen time limitations and error rates as a result. Even for small companies, the growing usage of robotic systems has greatly reduced operational expenses, accelerating the adoption of RaaS.
Regional Outlook
On the basis of region, the robotics as a service market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The North America segment witnessed the highest revenue share in the robotics as a service market in 2021. In North America, small and medium-sized businesses mostly utilize robotics as a service. One of the biggest markets in the region for RaaS is the United States. Robotics is becoming more prevalent in the automobile industry with the introduction of hybrid and electric vehicles. Growing North American businesses are investigating using robots to carry out unpleasant and hazardous tasks.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Berkshire Grey, Inc., Kuka AG (Midea Investment Holding Co., Ltd.), Cyberdyne, Inc., Knightscope, Inc., Locus Robotics, Exotec SAS, Caja Robotics, Hirebotics, Cobalt Robotics and Relay Robotics, Inc.
Recent Strategies Deployed in Robotics as a Service Market
Partnerships, Collaborations & Agreements:
Jan-2023: Locus Robotics announced partnership with Berkshire Grey, a provider of AI-enabled robotic solutions that automate supply chain processes. Under this partnership companies would release their integrated solutions that combine the Berkshire Grey Robotic Shuttle Put Wall with Locus Origin and Locus Vector bots. Moreover, this partnership allows Locus Robotics' customers to take the advantage of enterprise level robotic automation in some of its most business-critical supply chain processes.
Jan-2023: Cobalt Robotics collaborated with johnson Controls, a global leader in smart buildings, creating safe, healthy and sustainable spaces. Under this partnership, Cobalt's remote guard service would be integrated with Johnson Controls C*CURE 9000 access control and event management system. Moreover, with this combination, Cobalt robots listen for alarms and are automatically placed to the location in real-time.
Aug-2022: Berkshire Grey, Inc. signed an agreement with FedEx Corp., a provider of wide suite of business, e-commerce and transportation services. Under this agreement, companies would continue innovations in robotic automation that can take off barriers within the supply chain, simplify the physical load on employees and smooth operations.
Jun-2022: Caja Robotics partnered with Fives Group, an integrator of smart automation solution and advanced material handling. This partnership would aim to solve challenges of warehouse automation across European market.
May-2022: Berkshire Grey, Inc. came into partnership with Logistex, a provider of warehouse management system and system integrator. This partnership would aim to help companies grow instead of labour scarcity and logistics issues that are twisting supply chains worldwide.
Mar-2022: Berkshire Grey, Inc. partnered with Swisslog, a provider of data-driven robotics solutions. The partnership would aim to offer robotic solutions to help e-commerce, grocery and retail customers meet the needs of connected customers during the time of managing widespread labor scarcity.
Mar-2022: KUKA came into collaboration with Wiksfors Technology AB, a start-up focused on the modular house manufacturing industry. This collaboration would allow both companies to meet rising demand for robotics and automation in the construction industry globally.
Feb-2022: Knightscope, Inc. came into partnership with Allied Universal, a global security and facility services company. The partnership would aim to offer Autonomous Security Robots (ASRs) to the company's U.S.-based customers to help dissuade crime, improve situational awareness and enhance safety of security proffessionals.
Product Launches and Product Expansions:
Jan-2023: Exotec announced the launch of Skypicker, an intelligent picking solution for modern warehouses, Skypath, a modular conveyor system, and Deepsky, end-to-end warehouse software. Through this launch, companies would allow its customers to run scalable, efficient and modular warehouses that expand to fit customer's specific demands.
Dec-2021: Berkshire Grey, Inc. announced the launch of Robotic Product Sortation (BG RPS) solution, a next generation high-capacity automation solution. The product consists of multiple latest features including a dual wing design that enhances speed by more than 25 percent and increases the simultaneous order processing capacity.
Sep-2021: Berkshire Grey, Inc. released AI-powered Robotic Shuttle Put Wall (RSPW) solution, an automated put wall that enhances throughput and capacity with robotic automation for eCommerce order fulfillment. The product allows retailers to be more competitive, enhances capacity and meets escalating consumer demand instead of labor scarcity.
Acquisitions and Mergers:
Oct-2022: Knightscope acquired CASE Emergency Systems, a developer of autonomous security robots. Through this acquisition CASE Emergency Systems' key clients would contribute to Knightscope's sales strategy and align with Knightscope's rising autonomous security business with a complete product suite and expanded physical footprint.
Sep-2021: Locus Robotics took-over Waypoint Robotics, a manufacturer and developer of fully autonomous mobile robots. This acquisition expands the AMR solutions' product line of Locus that has applications in pallet-picking, ecommerce, case-picking to scenarios needing heavier payloads and fulfillment modalities.
Market Segments covered in the Report:
By Application
By End User
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures