Mercado de robots cartesianos: mapeo competitivo y perspectivas estratégicas 2031

  • Report Code : TIPRE00006984
  • Category : Electronics and Semiconductor
  • Status : Published
  • No. of Pages : 149
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El mercado mundial de robots cartesianos representó 45.840,3 millones de dólares en 2018 y se espera que crezca a una tasa compuesta anual del 11,9% durante el período previsto 2019-2027, hasta alcanzar los 15.007,9 millones de dólares en 2027.

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Asia-Pacífico lideró el mercado de robots cartesianos en 2018 con una participación del 52,7% en 2018 y se espera que continúe su dominio durante el período previsto, representando así el 59,3% del mercado total. para 2027. Aparte de Asia-Pacífico, América del Norte sigue siendo el segundo segmento geográfico dominante con una participación del 19,0% en 2018. Se espera que el mercado de Asia-Pacífico crezca a una tasa compuesta anual del 13,4% a partir de 2019; 2027. El mercado del robot cartesiano en los países asiáticos está impulsado principalmente por las demandas de las industrias de usuarios finales de la industria automotriz, manufacturera y eléctrica y eléctrica. vertical de la industria electrónica. El crecimiento constante en el sector eléctrico y del sector eléctrico. Ventas de la industria electrónica, amplían el alcance de varias empresas para integrar robots cartesianos. Además, la creciente industrialización ha sido respaldada hábilmente por las iniciativas de la industria manufacturera implementadas por los gobiernos de los respectivos países de Asia Pacífico que favorecen un crecimiento fluido de la robótica avanzada, como los robots cartesianos, en la región.

 

Mercado global de robots cartesianos

Perspectivas del mercado

Apoyo gubernamental para el desarrollo y despliegue de la robótica

Los gobiernos de varias naciones a nivel mundial están tomando iniciativas para apoyar y promover el desarrollo y la adopción del robot cartesiano en sus respectivos países. Por ejemplo, el gobierno de Singapur, en el marco de su Programa de Transformación Industrial, ha anunciado varias medidas para facilitar que las empresas y las industrias innoven, automaticen y se expandan en el extranjero y obtengan financiación. El gobierno de Singapur, en 2015, introdujo el 'Programa Nacional de Robótica'. para el desarrollo y despliegue de robótica en diversos sectores, incluidos el sanitario, la fabricación, la construcción y la logística. Además, en el presupuesto del año 2016 del gobierno de Singapur, se aprobó un nuevo "Paquete de Apoyo a la Automatización" de tres años de duración. Fue presentado. En virtud de esto, el gobierno mejoró el 'Programa Nacional de Robótica'. aportando más de 450 millones de dólares para el desarrollo y adopción de la robótica.

Rápida expansión de la industria manufacturera

La industria manufacturera mundial se está expandiendo rápidamente a medida que cada vez más regiones invierten en la adopción de plantas de fabricación en sus localidades. Según la Federación China de Logística y Compras (CFLP), el índice de gerentes de compras (PMI) del sector manufacturero mundial representó 55,1 en octubre de 2017, frente a 55,9 en septiembre de 2017; sin embargo, todavía se encuentra en un nivel comparativamente alto. El índice PMI se mantuvo por encima de 53,5 desde principios de 2017, lo que significa una recuperación sustancial del sector manufacturero en los países desarrollados, un mayor avance industrial en las economías de mercados emergentes y una intensificación de los precios de las materias primas en el mercado mundial. Se espera que esta expansión en la industria manufacturera adopte avances tecnológicos para mejorar la productividad de la planta, mantener una ventaja con los clientes y obtener una ventaja competitiva.

Axis Type Insights

Los robots cartesianos también se conocen como robots de pórtico y utilizan motores y actuadores lineales para posicionar una herramienta. Los movimientos de estos robots son lineales en tres ejes de X, Y y Z. Los cuatro ejes principales de los robots cartesianos incluyen 1 eje, 2 ejes, 3 ejes y 4 ejes. Para diseñar y seleccionar un robot cartesiano para una aplicación particular, se evalúan varios parámetros. La orientación, la capacidad de carga, la velocidad y el desplazamiento, el ciclo de trabajo y el entorno del robot a operar se encuentran entre los factores críticos de evaluación. El tipo de 3 ejes tuvo una participación de mercado del 40,6 % en el año 2018 y se espera que continúe su dominio al representar el 68,5 %. en el año 2027.

Perspectivas verticales de la industria

Sobre la base de la industria vertical, el mercado mundial de robots cartesianos se ha segmentado en fabricación, automoción, electricidad y amp; electrónica, alimentación y bebidas, productos químicos y petroquímica y otros. En el segmento vertical de la industria, el sector eléctrico y de ingeniería. La industria electrónica lideró el robot cartesiano con una participación de mercado del 32,5% en 2018. Además, se espera que obtenga una participación del 31,7% para 2027. La industria electrónica se caracteriza por una gran fragilidad y requiere niveles más altos de precisión durante el proceso de fabricación. La competencia feroz en la electrónica de consumo ha llevado a los fabricantes a producir equipos de la más alta calidad con menos errores y pérdidas mínimas. Los volátiles mercados de electrónica de consumo y las demandas dinámicas y cambiantes de los consumidores han dejado poco o ningún margen de error para los fabricantes de electrónica de consumo. Por lo tanto, los fabricantes de electrónica de consumo buscan instrumentos y procesos de alta precisión para integrarlos en sus procesos de fabricación.

Mercado de robots cartesianos de Asia Pacífico por vertical industrial




Perspectivas estratégicas

Iniciativas estratégicas de mercado, como novedades de productos, fusiones y adquisiciones, y expansión han impactado positivamente el crecimiento del mercado mundial de robots cartesianos. El desarrollo reciente en el mercado mundial de robots cartesianos se enumera a continuación:

2019: Lanzamiento del motor de control de movimiento para robot cartesiano de 3 ejes
2018:ABB Ltd. anunció una inversión de  150 millones de dólares en Shanghai, China
2019:Epson contrata a Smith Power Systems como distribuidor en el centro sur de EE. UU.
2018:Bosch Rexroth presentó el mercado de robots cartesianos EcoLift EL 2

, por Tipo de eje

  • 1 eje
  • 2 ejes
  • 3 ejes
  • 4 ejes
  • < /ul>

    Mercado de robots cartesianos, por industrias verticales

    • Fabricación
    • Automoción
    • Eléctrica y eléctrica. Electrónica
    • Alimentación y alimentación Bebidas
    • Productos químicos y Petroquímica
    • Otros

    Mercado de robots cartesianos, por geografía

    • América del Norte
      • Estados Unidos
      • < li>Canadá
      • México
    • Europa
      • Francia
      • Alemania
      • Reino Unido
      • Rusia
      • Italia
      • Resto de Europa
    • APAC
      • China< /li>
      • India
      • Japón
      • Corea del Sur
      • Resto de APAC
    • MEA
      • Sudáfrica
      • Arabia Saudita
      • EAU
      • Resto de MEA
    • SAM
      • Brasil
      • ArgentinaResto de SAM

    Perfiles de empresas

    • ABB Ltd
    • Aerotech inc.
    • Akribis Systems
    • Bosch Rexroth AG
    • Denso Wave Incorporated
    • Epson América, Inc.
    • Gudel Group AG
    • Kuka AG
    • MKS Instruments
    • Suruga Seiki Co., Ltd.
    • Toshiba MachineCo., Ltd.
    • Yamaha Motor Co., Ltd.

Report Coverage
Report Coverage

Revenue forecast, Company Analysis, Industry landscape, Growth factors, and Trends

Segment Covered
Segment Covered

This text is related
to segments covered.

Regional Scope
Regional Scope

North America, Europe, Asia Pacific, Middle East & Africa, South & Central America

Country Scope
Country Scope

This text is related
to country scope.

Frequently Asked Questions


By Axis Type, which was the leading type to hold the largest share in the market and by what CAGR?

The leading axis type of cartesian robot is the 3-axis that has noted to account a CAGR of 11.5%. The rapid development of robot-based automation technology provides convenience in a variety of processes, both in the aspect of improving the quality and quantity of the production process. A Cartesian configuration type, which applies the system of drilling machine which is used as a drill aimed at objects. Where the results of drilling the holes used for the installation of the amplifier or connector construction which utilizes Round Pen or dowel. In this type, the robot has the movement of the system on each axis, i.e., X, Y, and Z and is used for the process of determining the position coordinates for drilling depth in units of millimeters.

Which was the region to account the largest share for the cartesian robot market?

The Asia Pacific region led the cartesian robot market with a market share of 52.7%in 2018. The continuous economic growth in developed and developing countries like South Korea, Japan, and China, coupled with the presence of huge disposable incomes with individuals in countries like India and Australia, has facilitated the rapid growth of the automotive and electrical & electronics industry in this region. The Asia Pacific is one of the world’s rapidly growing consumer electronic with China accounting for maximum cartesian robot device production and deployment. Ever-increasing consumer electronics industry in APAC is expected to provide a promising growth to the region in the Cartesian robot market during the forecast period. The production of consumer electronics, such as digital cameras, high definition televisions, smartphones, appliances, set-top boxes, and DVDs, require advanced equipment for expediting the production processes. Creating circuit boards, inserting parts into injection molding, final assembly applications, CNC processes, and metal stamping are among the processes that are under the scope of being automated by electronics manufacturers. Owing to this, an increase in the adoption of Cartesian robots can be expected in the near future.

What is the major driving factor to favor the cartesian robot market all over the globe?

The global manufacturing industry is rapidly expanding as more and newer regions are investing in adopting manufacturing plants in their localities. As per the China Federation of Logistics and Purchasing (CFLP), the global manufacturing purchasing managers' index (PMI) accounted 55.1 in October 2017, which was down from 55.9 in September 2017 however, still at a comparatively high level. The PMI index remained above 53.5 since the beginning of 2017, signifying a substantial recovery of the manufacturing sector in developed countries, increasing industrial advancement in emerging market economies and intensifying commodities prices on the global market. This expansion in the manufacturing industry is expected to embrace technological advancements to enhance plant productivity, maintain an edge with the customers, and gain competitive advantage.

The List Companies

  1. ABB Ltd
  2. Aerotech inc.
  3. Akribis Systems
  4. Bosch Rexroth AG
  5. Denso Wave Incorporated
  6. Epson America, Inc.
  7. Gudel Group AG
  8. Kuka AG
  9. MKS Instruments
  10. Suruga Seiki Co., Ltd.
  11. Toshiba MachineCo., Ltd.
  12. Yamaha Motor Co., Ltd.

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