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市場調査レポート
商品コード
1261567
ロボットエンドエフェクターの世界市場規模、シェア、産業動向分析レポートタイプ別(グリッパー、溶接ガン、ツールチェンジャー、クランプ、サクションカップ、その他)、業界別、ロボットタイプ別、用途別、地域別展望と予測、2022-2028年Global Robot End Effector Market Size, Share & Industry Trends Analysis Report By Type (Grippers, Welding Guns, Tool Changers, Clamps, Suction Cups, and Others), By Vertical, By Robot Type, By Application, By Regional Outlook and Forecast, 2022 - 2028 |
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ロボットエンドエフェクターの世界市場規模、シェア、産業動向分析レポートタイプ別(グリッパー、溶接ガン、ツールチェンジャー、クランプ、サクションカップ、その他)、業界別、ロボットタイプ別、用途別、地域別展望と予測、2022-2028年 |
出版日: 2023年03月31日
発行: KBV Research
ページ情報: 英文 335 Pages
納期: 即納可能
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ロボットエンドエフェクター市場規模は、2028年には42億米ドルに達し、予測期間中にCAGR12.6%の市場成長率で上昇すると予測されています。
例えば、調整可能なロボットアームは、作業場の特定の場所にセットすることができますが、エンドエフェクターがなければ、操作を実行することができません。協働ロボットの使用は、ロボットエンドエフェクター市場を推進する主な要因です。これらのロボットは、周囲の環境と関わり、適切に反応します。作業環境の変化に応じて、行動や操作の方向性を調整するのです。また、より迅速に作業を完了するために、さまざまな分野で自動化が進んでいることも、ロボットエンドエフェクターの需要を高めています。
COVID-19の影響度分析
COVID-19のパンデミックは、建築、ホテル、工業、観光の各分野に大きな影響を与えました。その結果、多くの国で生産が停止したり、深刻な制約を受けたりしました。また、建設業や運輸業などのサプライチェーンにも支障をきたし、世界の大流行となりました。その結果、ロボット用エンドエフェクターの生産量と需要が減少し、市場の拡大が抑制されました。また、パンデミック時には、自動車産業の操業が制約されました。ロボット用エンドエフェクターの主要な最終顧客は、自動車メーカーです。したがって、この業界の減少は、ロボット型エンドエフェクターの市場に影響を与えました。
市場成長要因
多くの産業でロボットエンドエフェクターの導入が進む
自動化、AI・ML、IIoTなどの新技術により、ロボットの使用事例が大きく広がり、近年、ロボットの需要は大幅に増加しています。また、ロボットビジネスは技術開発の影響を受けており、独創的で手頃な価格のロボットを作ることができるようになっています。ロボティクスへの投資は、商業、住宅、工業の各エンドユーザー部門におけるデジタル技術の導入が進んでいることが、さらに後押ししています。また、「インダストリー4.0」や「スマートシティ」のような政府の支援政策やプログラムにより、ロボットやエンドエフェクターの市場開拓に有利な市場環境が整いつつあります。したがって、予測期間中、ロボット用エンドエフェクターの需要は増加し、市場の成長が促進されると予想されます。
自動化および作業効率向上のための需要拡大
ロボットのエンドエフェクターは、機械の生産性を向上させながら、労働生産性を効果的に高めることができます。製造工程を自動化することで、生産がスピードアップし、作業者の生産性が向上します。その結果、1時間当たりの生産量が増加します。近年、世界の先進国では人件費が高騰しているため、労働生産性の向上はビジネスに大きなプラスの影響を与えます。また、以前は人間が行っていた単調な仕事のほとんどが機械に取って代わられ、ロボットの利用が求められています。ロボット技術は、人手不足の影響も同時に軽減することができます。
市場の抑制要因
特に中小企業にとっては高い導入・維持コスト
産業用ロボットやオートメーションへの投資は、まだ法外に高価です。ロボットのエンドエフェクターを設置するための費用が、商業的な制約になっています。企業は新規投資への支出が少ないです。自動車や他の主要部門に比べて資本が少ないのです。ガラス研磨事業者のように、作業の自動化を求められる中小企業は現在ほとんどないです。さらに、ロボットのエンドエフェクターは、修理やメンテナンスに費用がかかる重厚な分野で使用される場合、損傷に対して極めて脆弱です。これらすべての要因が、市場の成長を大きく妨げています。
タイプの展望
ロボットエンドエフェクター市場は、タイプ別に、溶接ガン、グリッパー、ツールチェンジャー、クランプ、吸引カップ、その他に分類されます。2021年のロボットエンドエフェクター市場では、グリッパーセグメントが最も高い収益シェアを獲得しています。ロボットにすぐに追加できる把持ツールには、エンドエフェクターやエリアグラッピングシステムがあります。これらは、特に梱包を伴う作業に適しています。多様なワークの形状や大きさを考慮したハンドリング利用が、グリッパーセグメントの大きな推進力となっています。
ロボットタイプの展望
ロボットタイプに基づいて、ロボットエンドエフェクター市場は、従来型産業用ロボットと協働型産業用ロボットに分けられます。2021年のロボットエンドエフェクター市場では、従来型産業用ロボット分野が最大の収益シェアを記録しました。従来の産業用ロボットは、産業環境における自動化操作に実装するために、固定または移動ベースに取り付けることができる3軸以上の自動制御、再プログラム可能な多目的マニピュレータです。
アプリケーションの展望
用途に基づき、ロボットエンドエフェクター市場はハンドリング、溶接、アセンブリ、加工、ディスペンシング、その他に区分されます。2021年のロボットエンドエフェクター市場では、組立部門が顕著な成長率を調達しました。組立ロボットは、人間の労働力よりも迅速かつ正確に高度な反復作業を行うため、このセグメントの拡大を支えています。組立・分解工程でロボットを使用することで、人間は労働災害のリスクのない他の作業に従事することができます。ワークセルには、ロボット組立システムによる1つまたは複数の組立作業を収容することができます。ロボットはビジョンシステムを使って、複雑なピックアンドプレース作業や品質管理を行うことができます。
業界別展望
ロボットエンドエフェクター市場は、業種別では、自動車、電気・電子、金属・機械、プラスチック・ゴム・化学、食品・飲料、精密工学・光学、医薬品・化粧品、eコマース、その他に分類されます。2021年のロボットエンドエフェクター市場では、電気・電子分野がかなりの収益シェアを示しています。ロボットは、人間にとって危険な作業を行うことができます。ロボットは、電気・電子産業における高電圧機器や危険物を扱うことができ、作業員の損傷や死亡の危険性を低減することができます。自動化されたロボットは、生産サイクル全体の実質的にどの時点でも使用することができ、今日のエレクトロニクスの製造において大きな可能性を持っています。
地域別展望
地域別に見ると、ロボットエンドエフェクター市場は、北米、欧州、アジア太平洋、LAMEAで分析されています。アジア太平洋地域は、2021年にロボットエンドエフェクター市場で最大の収益シェアを獲得しました。最小限の生産コスト、手頃な労働力の容易な入手、緩い排気ガスと安全基準、外国直接投資に対する政府の介入により、この地域のロボットエンドエフェクター市場は過去10年間でより急速に成長しました。また、この地域は自動車産業や半導体産業も盛んで、ロボットエンドエフェクターが多く使用されています。
市場参入企業がとる主な戦略は買収です。カーディナルマトリックスで示された分析によると、Piab ABはロボットエンドエフェクター市場の先駆者です。ABB Ltd.、DESTACO, Inc.、Kuka AGなどの企業は、ロボットエンドエフェクター市場における主要な革新的企業の一部です。
List of Figures
The Global Robot End Effector Market size is expected to reach $4.2 billion by 2028, rising at a market growth of 12.6% CAGR during the forecast period.
Robot end effectors are mechanical devices attached to the end of robotic arms that respond to the robot's environment. It includes selecting and positioning objects, putting product components together, and stacking boxes and packages. The process tools, grippers, and sensors work with the robot end effectors fixed to the robot arm. Robot end effectors are sometimes called end-of-arm tooling (EOA), robot tools, end-of-arm devices, robotic peripherals, robotic tooltips, and robot tools.
An end effector enables the robot to engage with the task at hand. The majority of end effectors are electromechanical or mechanical. They can be as basic as two-finger grippers for pick-and-place activities or as sophisticated as extensive sensor networks for robotic inspection. Sometimes the phrase "End Of Arm Tool" (EOAT) is also used to denote robotic end effector. A robot end effector is essentially the business end of the robot. Most robots are virtually useless without an end effector.
For example, an adjustable robotic arm can be set to a specific spot in its workplace, but without an end effector, it cannot carry out any operations. The use of collaborative robotics is the main driver propelling the robot end effector market. These robots engage with their surroundings and respond appropriately. They adjust their course of action or operation direction in response to alterations in the working environment. Also, the advent of automation in various sectors to complete tasks more quickly has increased the demand for robot end effectors.
COVID-19 Impact Analysis
The COVID-19 pandemic significantly impacted the building, hotel, industrial, and tourism sectors. As a result, production ceased or was severely constrained in many nations. Globally, supply chains for the construction and transportation industries as well as those industries themselves, were hindered. This resulted in a decrease in both the production and the demand for robot end effectors, which restrained the market's expansion. In addition, the automotive industry's operations were constrained during the pandemic. The primary end customers of the robotic end effectors are automotive manufacturers. Therefore, the decrease in this industry impacted the market for robotic end effectors.
Market Growth Factors
Rising installation of the robot end effectors across numerous industries
Automation, AI & ML, IIoT, and other emerging technologies have greatly broadened the use cases for robots, which has resulted in a considerable increase in demand for robotics in recent years. The robotics business has also been impacted by technological development, which has made it possible to create creative, affordable robots. Investment in robotics is further fueled by the growing adoption of digital technologies in commercial, residential, and industrial end-user sectors. Also, advantageous market conditions are being created for the development of the robotics and end-effector markets by supportive government policies and programs like "Industry 4.0" as well as Smart Cities. Hence, throughout the projection period, the demand for robot end effectors is expected to rise, which will promote market growth.
Growing demand for increased automation as well as worker efficiency
Robot end effectors effectively boost labor productivity while improving machine productivity. Automating a manufacturing process speeds up output and increases worker productivity. As a result, more is produced per hour of work. An increase in worker productivity has a substantial positive impact on the business because labor costs have been steadily growing in industrialized nations worldwide recently. In addition, most of the monotonous jobs that humans formerly performed are now being replaced by machines, demanding the use of robots. Robotic technology also aids in reducing the effects of a labor shortage concurrently.
Market Restraining Factors
High implementation and maintenance costs, particularly for SMEs
Investing in industrial robotics and automation is still prohibitively expensive. The expense of installing robotic end effectors is a commercial restraint. The businesses spend less on new investments. They have less capital than the automotive and other major sectors. Few SMEs nowadays, like glass polishing businesses, are required to automate their operation. Additionally, robot end effectors are extremely vulnerable to damage when used in heavy sectors, where repair or maintenance can be expensive. All these factors significantly hinder the growth of the market.
Type Outlook
Based on type, the robot end effector market is categorized into welding guns, grippers, tool changers, clamps, suction cups, and others. The grippers segment garnered the highest revenue share in the robot end effector market in 2021. Gripping tools that can be added to the robot immediately include end effectors and area grasping systems. They are especially well suited to operations that involve packing. The handling use of grippers in a variety of workpieces, taking into account their diverse shapes and sizes, is a major driving force of the gripper segment.
Robot Type Outlook
On the basis of robot type, the robot end effector market is divided into traditional industrial robots and collaborative industrial robots. The traditional industrial robots segment recorded the largest revenue share in the robot end effector market in 2021. Traditional industrial robots are multipurpose manipulator that are automatically controlled, reprogrammable, and programmable in three or more axes that can be fixed or attached to a mobile base for implementation in automation operations in an industrial setting.
Application Outlook
Based on application, the robot end effector market is segmented into handling, welding, assembly, processing, dispensing, and others. The assembly segment procured a remarkable growth rate in the robot end effector market in 2021. Assembly robots perform highly repetitive tasks more rapidly and accurately than human labor, which supports the segment's expansion. The employment of robotics in assembly and disassembly processes frees humans to take on other tasks that don't put them at risk for workplace accidents. A work cell may house one or more assembly tasks in robotic assembly systems. Robots can use vision systems to do complex pick-and-place tasks and quality control.
Vertical Outlook
On the basis of vertical, the robot end effector market is classified into automotive, electrical & electronics, metal & machinery, plastic, rubber, & chemical, food & beverage, precision engineering & optics, pharmaceutical & cosmetics, e-commerce, and others. The electrical and electronics segment witnessed a substantial revenue share in the robot end effector market in 2021. Robots are capable of performing hazardous tasks that are risky for humans. Robots can work with high-voltage equipment and hazardous materials in the electrical and electronics industries, lowering the danger of worker damage or even death. Automated robots can be used at practically any point of the whole production cycle and have great potential in the manufacturing of electronics today.
Regional Outlook
Region wise, the robot end effector market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The Asia Pacific region acquired the largest revenue share in the robot end effector market in 2021. Due to minimal production costs, easy availability of affordable labor, lax emission and safety standards, and government interventions for foreign direct investments, the robot end effector market in the region has grown more rapidly over the past ten years. In addition, the region also has a robust automotive and semiconductor industry, which uses robot end effectors significantly.
The major strategies followed by the market participants are Acquisitions. Based on the Analysis presented in the Cardinal matrix; Piab AB is the forerunner in the Robot End Effector Market. Companies such as ABB Ltd., DESTACO, Inc., and Kuka AG are some of the key innovators in Robot End Effector Market.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include ABB Ltd., ATI Industrial Automation, Inc. (Novanta, Inc.), DESTACO, Inc. (Dover Corporation), Kuka AG (Midea Investment Holding Co., Ltd.), Bastian Solutions, LLC (Toyota Advanced Logistics Group) (Toyota Industries Corporation), Piab AB (Patricia Industries)(Investor AB), Robotiq, Inc., SCHUNK GmbH & Co. KG, J. Schmalz GmbH and Zimmer Group.
Recent Strategies Deployed in Robot End Effector Market
Partnerships, Collaborations and Agreements:
Jul-2022: ABB extended its collaboration with SKF for identifying and evaluating solutions for supporting clients' increased production efficiency and improving manufacturing capabilities. The expansion strengthened the company's technical leadership and its focus on industrial automation.
Feb-2022: ATI Industrial Automation and Celera Motion, the business units of Novanta, partnered with MassRobotics, for developing and scaling the next generation of successful robotics startups. Following this partnership, the companies would create advanced innovations in surgical/medical robotics and would increase robotic productivity.
Nov-2021: ABB announced a partnership with Sevensense Robotics, a provider of 3D visual technology and artificial intelligence, for driving next-generation autonomous mobile robots. The partnership is yet another crucial step in ABB's strategy to advance flexible automation's next generation and broaden its robotics and automation product offerings.
Nov-2020: KUKA Robotics extended its partnership with AutomaTech Robotik, the Canadian provider of robotic automation solutions, to North America. The partnership's main focus is to spread awareness of AutomaTech's KUKA robot-based woodworking machine tending solutions throughout North America. With the help of AutomaTech's software and robotics integration expertise, KUKA's robot technology will enable manufacturers to develop their businesses.
Jul-2020: KUKA came into partnership with T-Systems for creating a solution for digitalized production in order to help the manufacturing industry in reaping benefits from digitization immediately.
Feb-2020: ABB came into partnership with Covariant, for bringing AI-enabled robotics solutions, starting from a completely autonomous warehouse order fulfillment solution. With Covariant AI technology, ABB expedites its entry into the distribution and e-commerce fulfillment sectors. Together, the companies will work towards a robotics-enabled AI future in which intelligent robots collaborate with people in dynamic surroundings, learning from and developing as a group with each task accomplished.
Acquisitions and Mergers:
Aug-2022: Piab Group took over AVAC Vakuumteknik, a vacuum automation specialist. The acquisition of AVAC complemented the company's portfolio of products and solutions ranging from a vast range of applications.
Apr-2022: Piab signed an agreement to acquire Joulin, a provider of vacuum gripping solutions. The acquisition complemented Piab's business in the rising material handling solutions market.
Oct-2020: ABB completed the acquisition of Codian Robotics, a company that provides delta robots. The acquisition enabled ABB to assist its clients in realizing the full potential of automation and enhance their flexibility in a business environment that is undergoing rapid change.
Geographical and Business Expansions:
Mar-2023: ABB announced the expansion of its North American Robotics headquarters and manufacturing facility in Michigan by increasing its production capacity in response to the rising automation demand. With this expansion, the company would enhance its leadership in the development and manufacturing of cutting-edge robotic solutions in the U.S.
Mar-2023: Schmalz announced the expansion of its facility in the Raleigh area for robotics tooling production. New product lines, such as workstation cranes and end-of-arm robotic palletizer and de-palletizer equipment, will be accommodated following the expansion. Moreover, Schmaltz will add new product lines for material handling systems and collaborative robot end-of-arm equipment. Schmalz Inc. would be able to accommodate high-demand products that must be delivered quickly to distributors and consumers because of the expanded assembly warehouse, which will also give the company much-needed additional capacity for value-added assembly work. Our growth in the North American market will be aided even further by the additional office space.
Dec-2022: ABB announced the opening of its state-of-the-art, flexible, and fully automated robotics factory in Shanghai, China. The 67,000m2 manufacturing and research facility, in which ABB invested $150 million (1.1 billion RMB), will use its digital and automation technologies to produce next-generation robots, strengthening its position as a leader in robotics and automation in China.
Dec-2021: Schunk opened new CoLabs in the USA and China for providing local customers with automation. The experts on-site can test and improve industrial applications for the automotive industry, aerospace industry, or medical technology in live operation, across a total of 215 square meters.
Product Launches and Expansions:
Mar-2023: Destaco released a new line of cobot tooling solutions that would support customers who use cobots and small payload robots in their operations. The tools are suitable for tasks such as grasping, palletizing, machine tending, tool change, and tool extension. The tooling solutions are suitable for cobots with an ISO 9409-1-50-4-M6 end-of-arm attachment pattern.
Dec-2021: ATI Industrial Automation introduced the QC-29 robotic tool changer for opening up the productivity for smaller robots. The changer features the rugged and powerful technology of ATI's heavy-duty tool changers for robots in the 25-35 kg payload class. The QC-29 is the first standard ATI Tool Changer created with a rectangular body that attaches quickly to robot wrists with a diameter of 40 mm and 50 mm. Connecting utilities is made simple with built-in airports and three module mounting flats, and the Zero-Freeplay design assures maximum repeatability for high-efficiency tool changes.
Apr-2021: Piab AB announced the launch of new suction end effectors for industrial robots. In particular, for the logistics, warehousing, e-commerce, and recycling industries, the MX suction cup family of Piab, is remarkable for scooping up various things. Applications for the MX suction cup include bin picking, order fulfillment, box depalletizing, and parcel sorting. The five sizes of MX suction cups-35, 42, 50, 57, and 65 mm in diameter-are all compatible with its comprehensive piGRIP fitting programme, providing a variety of fitting choices that may be customized to your requirements.
Mar-2021: Destaco unveiled TCI manual tool changer for cobots. With the TC1 Series manual tool changer, Destaco increased the scope of its end-of-arm tooling offering. The TC1 tool changer is pre-assembled and ready to install for collaborative robots used for loading and unloading, picking and placing, and other applications. The TC1 tool changer's small weight of 330 grams (11.6 ounces) and low-profile height of 25 mm (1 inch) have little effect on the payload capacity of cobots. The TC1's push-button release enables a tool change in under three seconds. The TC1 has inbuilt safety features, such as a visible red signal when the tool is not securely coupled or locked into place, and positional coupling repeatability of 0.025 mm (0.001 inches).
Jan-2021: Piab introduced a soft gripper, or end effector, for industrial robots. Piab's piSoftGrip line was created for the automation of the chocolate and food industries. The vacuum-based soft gripper can hold onto delicate, lightweight oblong items with unique geometries and/or surfaces. PiSoftGrip is a straightforward and reliable tool with two grasping fingers and a sealed hoover cavity that are both constructed in one piece. The product is not sensitive to dust, and the degree of hoover applied allows for simple adjustment and control of the gripping force. To facilitate the picking of extended items, it is simple to arrange the gripper in rows (multiple modes).
Market Segments covered in the Report:
By Type
By Vertical
By Robot Type
By Application
By Geography
Companies Profiled
Unique Offerings from KBV Research