市场调查报告书
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机器人涂装展台全球市场规模、份额、行业趋势分析报告:销售类型(硬件、服务)、类型(6 轴、4 轴、其他)、机器人类型、行业、区域展望及预测,2022-2028Global Robotic Paint Booth Market Size, Share & Industry Trends Analysis Report By Sales Type (Hardware and Service), By Type (6 Axis, 4 Axis, and Others), By Robot Type, By Industry, By Regional Outlook and Forecast, 2022 - 2028 |
到 2028 年,机器人喷漆房的全球市场规模预计将达到 55 亿美元,在预测期内以 10.2% 的复合年增长率增长。
从微型齿轮到巨型星际飞船,一切都需要油漆。为了满足涂装和精加工的需要,製造业越来越多地使用机器人技术。机器人是一种不屈不挠的劳动力,可以高效、快速、准确地交付货物,以达到最佳效果,同时降低运营成本和浪费生产。当今市场上的机器人可能相当适合最终用户,并且易于安装和易于使用的应用程序。
机器人喷漆房是一种自动喷漆、喷涂和涂层的机器,适用于汽车和非汽车应用。还可喷涂水、溶剂、粉末等各种膜厚。一般来说,它由一个防爆机械臂组成,可以安全地覆盖而不会对操作员造成重大伤害。最终用户之所以选择喷漆房,是因为他们可以在最短的时间内对多种产品进行喷漆,产生的废物更少,接触危险化学品的机会也更少。
COVID-19 影响分析
汽车行业的复苏、社会法规的放鬆以及疫苗接种活动的兴起推动了机器人喷漆房市场的扩张。 COVID-19 大流行深刻地改变了许多不同企业和行业的格局。製造业受到非必需品进出口禁令和劳动力短缺的严重影响。因此,了解大流行将如何影响未来几年整个机器人喷漆房市场非常重要。 COVID-19 研究可帮助行业发展计划中的领先公司获得超越竞争对手的优势。
市场增长因素
机器人喷漆房製造设施正在扩大
包括汽车、建筑、航空航天和航空在内的许多行业都在采用机器人涂料。因此,各大公司纷纷在印度、马来西亚、墨西哥等多个地区设立生产基地。市场扩张的主要驱动力之一是越来越多地使用机器人技术和在各个领域部署自动化製造技术。该机器加快了整个过程并降低了成本,同时减少了出错的机会。
机械领域的技术发展
为了增加机器人喷漆的使用并儘可能少地使用人工进行工业操作,机器人喷漆房市场的顶级公司正致力于提高设备领域对尖端技术的接受度。主要参与者现在相互竞争,促进业务增长和市场份额扩大。专为精密混合和雾化设计的设备可以提高质量,减少浪费和 VOC,并提高整体产量。由于人工智能、自动化、工程和机器学习方面的技术日益融合,机器人领域正在迅速推动机器人喷漆房市场趋势。
市场製约因素
机器初始成本高
鑑于当今的工业发展状况,集成机械臂和其他硬件是一项艰鉅的任务。如果最终用户不具备必要的工程知识,则需要有资质的系统集成商。在评估自动化的可行性时,准确性和周期时间至关重要。预期生产週期用于评估生产能力和计算投资回报,具有足够的准确性以确保正确执行每个阶段 (ROI)。在寻找有视觉的目标时,有几个因素会影响准确率,包括图像质量、放置算法、手眼对准误差、相机镜头校正误差、手臂重复精度和绝对精度。
键入 Outlook
机器人喷漆房市场按类型分为 4 轴、6 轴等。 2021 年,4 轴细分市场在机器人喷漆房市场中占据了可观的收入份额。更传统的手臂,面板始终与地面平行,经常用于码垛应用。物体可以旋转。它通常以 XYZ 配置成形,具有两个相邻的直线导轨和第三个轴导轨或圆柱体。
销售表格
根据销售类型,机器人喷漆房市场分为硬件和服务。硬件部分在 2021 年机器人喷漆房市场中占据了最大的收入份额。油漆传输线是一个隔离的,它将油漆机器人外臂内的油漆罐连接到外部包含换色器的非导电外壳。油漆容器通过快速拆卸联轴器牢固地连接到活塞柱塞和驱动电机上。
机器人类型的前景
按机器人类型,机器人喷漆房市场分为传统工业机器人和协作机器人。 2021年,机器人喷漆房市场将以传统工业机器人细分市场为主。这是因为工业机器人通常是用于非常高的生产速度、大批量和高精度的大型固定机器的一部分。工业机器人通常具有快速移动的机械臂,因此需要采取栅栏等安全措施,将人类排除在机器人的工作范围之外。
行业展望
机器人喷漆房市场按行业分为汽车、航空等。到 2021 年,航空领域在机器人喷漆房市场中的收入份额将相当可观。精加工在航空和汽车领域都很重要。出于性能和安全原因,这些部件必须满足非常精确的要求。涂层可以提供雷达规避、抗静电甚至耐腐蚀。因此,所有部分都需要均匀的表面处理以保持连续性。
区域展望
按地区分析了北美、欧洲、亚太地区和 LAMEA 的机器人喷漆房市场。亚太地区在 2021 年机器人喷漆房市场的收入份额最高。这是由于汽车销售的强劲发展以及车身涂装和覆盖自动化技术的使用增加,从而缩短了涂装过程并加强了工厂生产活动。由于对设计和颜色等车辆定制的需求不断增加,预计中国和印度的汽车机器人涂装市场将增长。
The Global Robotic Paint Booth Market size is expected to reach $5.5 billion by 2028, rising at a market growth of 10.2% CAGR during the forecast period.
A robotic paint booth is a mechanical tool that applies primer, base, clear, and top coat among other painting tasks. Water, solvents, and powder-based products are also sprayed with it. Complex pieces, curves, indentations, and shapes of all sizes can be effectively covered by the spray booth. Robots that have been efficiently programmed can quickly and accurately produce surfaces with the best quality while applying complex spray designs with varying layer thicknesses.
Robotic paint booths employ the least amount of paint possible, increasing the manufacturing plant's cost-effectiveness. Robotic paint booths can meet the increasing demand for such booths due to the industry's shift toward precise manufacturing because they run continuously in time with the production line's speed. The robotic painting booth's spraying nozzles can evenly and efficiently apply paint to curved and complicated sections as well as flat surfaces. As a result, the robotic paint booth is a crucial part of the automotive, aerospace, and defense industries. Additionally, the demand for robotic paint booths is anticipated to rise due to the increased use of robotics and the adoption of automated production technology in various industries.
Every machine, from a small cog to a massive spacecraft, needs a coat of paint. Robot technologies are increasingly being used by manufacturers to meet their needs for painting and finishing. Robots are a relentless workforce that effectively delivers things with the best possible finishing with speed and accuracy, while also lowering operational expenses and waste production. The robots that are currently available are quite adaptable for end users and may be installed with simplicity using an easy-to-use application.
A robotic paint booth is a machine that works automatically to paint, spray, and coat objects for both automotive and non-automotive uses. Additionally, it sprays different film thicknesses of water, solvent, and powder-based substance. It is typically constructed with robot arms that are explosion-proof, allowing it to safely spray coverings without causing much damage to operators. Due to its capacity to paint several products in the shortest amount of time while producing less waste and exposing fewer people to dangerous chemicals, end users are choosing paint booths.
COVID-19 Impact Analysis
The expansion of the robotic paint booth market is aided by the automobile industry's recovery and the loosening of social restrictions as well as rising vaccination campaigns. The Covid-19 pandemic significantly altered the environment for many different enterprises and industries. The manufacturing sector was severely impacted by the import-export prohibition on non-essential goods and a labor shortage. Therefore, it is crucial to comprehend how the pandemic would impact the Robotic Paint Booth market as a whole in the years to come. The Covid-19 research helps the leading companies in the sector development plans for gaining an advantage over rivals.
Market Growth Factors
Manufacturing Facilities Of Robotic Paint Booths Are Growing
Numerous industries, including those in the automobile, building, aerospace, and aviation, among others, employ robotic paints. As a result, the leading businesses in this market have established their production facilities in several areas, particularly in nations like India, Malaysia, Mexico, and other nations. One of the main factors propelling the market's expansion is the increasing use of robotics and the deployment of automated manufacturing technology across a variety of sectors. This machinery reduces the possibility of errors while speeding up and saving money on the whole process.
Technical Developments In The Machinery Sector
To increase the use of robotic paints and employ human labor for industrial operations as little as possible, the top firms in the robotic paint booth market are concentrating on the growing acceptance of cutting-edge technologies in the equipment sector. Key corporations are now competing more fiercely against one another, allowing them to grow their operations and expand their market share. Equipment designed to provide precise mixing and spraying can enhance quality, decrease waste and VOCs, and boost production overall. The robotics sector is fast driving the robotic paint booth market trends as a result of the growing technological convergence in artificial intelligence, automation, engineering, and machine learning.
Market Restraining Factors
The High Initial Cost Of The Machines
It is a challenging undertaking to integrate robot arms and other hardware equipment gave the state of industrial development today. If the end user lacks the necessary engineering knowledge, a qualified system integrator would be needed. When assessing the viability of automation requirements, accuracy and cycle time would be given top importance. The anticipated production cycle can be used to assess production capacity and calculate return on investment, and enough accuracy can guarantee that each stage is performed correctly (ROI). When a target is located using vision, several factors, such as picture quality, placement algorithm, hand-eye relationship adjustment errors, camera lens correction errors, arm repeating accuracy, absolute accuracy, and so on, have an impact on the accuracy rate.
Type Outlook
Based on Type, the Robotic Paint Booth Market is divided into 4 Axis, 6 Axis, and Others. The 4 Axis segment witnessed a significant revenue share in the robotic paint booth market in 2021. A more traditional arm, with the face plate, always parallel to the ground, is frequently used in palletizing applications. Allows the object it is choosing to be rotated. These typically take the shape of two adjacent linear guides and a third axis guide or cylinder in an XYZ configuration.
Sales Type Outlook
Based on the Sales Type, the Robotic Paint Booth Market is segmented into Hardware and services. The hardware segment procured the largest revenue share in the robotic paint booth market in 2021. An isolated paint transfer line connects a paint canister on the interior of a painting robot's outer arm to a non-conductive housing mounted with a color changer on the outside. A quick detach coupling securely fastens the paint canister to a piston ram and driving motor.
Robot Type Outlook
By Robot type, the Robotic Paint Booth Market is bifurcated into Traditional industrial robots and collaborative robots. The traditional industrial robots segment garnered the highest revenue share in the robotic paint booth market in 2021. It is because industrial robots are often massive, stationary pieces of machinery intended for exceptionally fast production speeds, enormous volume, and high accuracy. Industrial robots typically require safety precautions like a fence to keep humans out of the robot's work envelope because of the speed at which the robot's arm can move.
Industry Outlook
On the basis of the Industry, the Robotic Paint Booth Market is classified into Automotive, Aviation, and Others. The Aviation segment witnesses a substantial revenue share in the robotic paint booth market in 2021. The finish is crucial in both the aviation & automotive sectors. For performance and safety reasons, these pieces need to meet very exact requirements. Coatings can offer radar evasion, anti-static dissipation, and even erosion resistance. This is why maintaining continuity requires a uniform finish on all sections.
Regional Outlook
Region-wise, the Robotic Paint Booth Market is analyzed across North America, Europe, Asia Pacific, and LAMEA. The Asia Pacific region procured the highest revenue share in the robotic paint booth market in 2021. Due to the strong development in vehicle sales and greater use of automation technology for painting or covering vehicle bodies, which is shortening the painting process and enhancing the plant's production activity. The automotive robotic painting market is expected to expand at an increasing rate in China and India due to the rising demand for vehicle customization in terms of design and color.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include FANUC Corporation, Kawasaki Heavy Industries, Ltd., Yaskawa Electric Corporation, ABB Group, Kuka AG (Midea Investment Holding Co., Ltd.), Graco, Inc. (Newell Brands Inc.), Durr AG, Eisenmann Gmbh, Giffen, Inc., and Staubli International AG.
Strategies deployed in Robotic Paint Booth Market
Jul-2022: ABB introduced a robotic paint atomizer, the first interconnected, sensor-equipped robot. The new Ability Connected Atomizer delivers an ecologically friendly turnkey solution for improving uptime and assuring zero quality faults.
Jan-2022: Durr launched EcoProBooth, a new spray booth technology. The new EcoProBooth delivers a modular box concept, independent lines, and the mixture of exterior and interior painting in a single box, which the business states allow flexibility and scalability earlier only potential for small-scale series.
Dec-2020: The Durr Group completed its acquisition with Teamtechnik Maschinen und Anlagen, an international market leader in assembly and functional test systems. This acquisition would additionally sharpen Durr Group's portfolio in automation and spread up new high-growth areas of industry.
Sep-2020: ABB unveiled PixelPaint, The Future of Customized Painting. The new PixelPaint contributes to decrease operating costs and enhance environmental performance by assuring that no paint is yielded. Additionally, PixelPaint also stops the process of masking and de-masking each car, allowing to relieve blockages in automotive paint shops.
Dec-2019: Yaskawa Electric has introduced an explosion-proof industrial handling robot. The new robot offers Deployment of handling equipment, Correspondence to a combination of installation positions, and advancement of the working conditions in the painting area by handling robot with high payload capability and adjustable operating range.
Oct-2019: Fanuc America expanded its geographical footprint by establishing a North Campus robotics and automation building in Auburn Hills, Michigan. The expansion aimed to keep speed with the increasing need for robots and automation. Additionally, Fanuc colonizes over 1 million square feet of constructing space in Oakland County, Michigan.
Mar-2018: Yaskawa Motoman unveiled MPX1150 and MPX2600 robots, six-axis high speed. The new MPX1150 and MPX2600 robots deliver decreased interference work envelopes and can be established close to workpieces for optimal use of floor space. Additionally, each robot can be a wall, floor, or ceiling-mounted for design versatility.
Market Segments covered in the Report:
By Sales Type
By Type
By Robot Type
By Industry
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures