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Robotic Vision Market Research Report Information By Vertical (Aerospace, Assisted Living, Automotive, Consumer, Healthcare) By Application (Assembly, Bin Picking, Load/Unload, Material Handling) By Component (Cameras, Filters, Lenses)- Industry Size, Share and Forecast Till 2027

ID: MRFR/SEM/1317-HCR | 110 Pages | Author: Shubham Munde| April 2024

Global Robotic Vision Market Overview:

In the Robotics Vision Market, a large number of companies are trying to target the same audience. This has led to a lot of competition in the industry. The new players have been able to push their product on new technology. The vision and robotics industry is one of the fastest developing industries in recent years.

Computer vision robotics is the next big thing in the robotic development field that use computer vision algorithms and machine learning techniques for autonomous robots. The machine learning-based robot eyes use algorithms to identify the objects in the environment and use this data to react accordingly. But the computer vision-based system relies on sensors for image processing instead of algorithms.

  • July 2023, The first vision-language-action model for robot control from Google demonstrates increased generalization skills as well as greater semantic and visual understanding. The RT-2 or Robotic Transformer 2 model is made to learn from robotics and online data, allowing it to provide generalized instructions for robotic control. Because of its adaptable methodology, RT-2 may practice picking up a ball before learning how to modify its movements for picking up strange items like a cube. Chain-of-thought reasoning has been added to RT-2 by the DeepMind team at Google, allowing it to carry out multi-stage semantic reasoning. This implies that the model is capable of making choices like recognizing an item that can be utilized as a makeshift hammer or choosing the ideal beverage for a fatigued individual.

  • October 2022- To increase the availability of their user-friendly robotic welding solutions, ABB established a strategic agreement with the US-based company Scalable Robotics. Users are able to program welding robots without writing any code thanks to Scalable Robotics technology that makes use of 3D vision and integrated process awareness.

COVID-19 Analysis:

According to this MRFR analysis, the global robotic vision market is expected to reach USD $9 billion and set to grow at CAGR of 12% during the forecast period (2020-2027). North America will remain the largest market for this technology owing to its high spending on R&D across various industries such as manufacturing, healthcare and transportation sectors. Europe has been one of the fastest-growing markets in recent years. It is due to increased investments from European countries such as Germany, Spain, etc. The global robotic vision market has been impacted by the pandemic effect on humans and their activities.

Robotic Vision Market Dynamics:

  • Market Drivers:

The Robotic Vision Market in manufacturing, warehouses, and food processing plants would expand by more than fivefold in the coming decade. Also, the automotive industry is expected to see an increase in demand for self-driving vehicles. Their applications are likely to cover both personal transportation and commercial goods transport. Along with that, the healthcare sector is adopting rapidly robotics technologies across multiple industries such as surgery, medical imaging, pharmaceutical manufacturing, and healthcare information systems. In the future, healthcare, military, logistics and manufacturing will increase significantly to capture market share from other applications such as drones and robots.

  • Market Opportunities:

In the future, more and more companies will be moving towards robotic vision for reasons. The biggest reason is their benefits over human-operated cameras. It is crucial to keep up with the latest innovations in robotics technology to maximize the benefits for the growth of the Robotic Vision Market.

  • Market Restraints:

Many factors are affecting the usage of robotic vision. Some of these are—regulations, product availability, high cost, low performance. Despite these challenges, robotics vision is still being used in various places such as warehouses and factories. It has become a vital part of the business. The growth of the Robotic Vision Market can be attributed to advancements in hardware and software.

Despite the success of the Robotic Vision Market, it's still lacking in many aspects. The major restraints are low functionality, high price, lack of processing power and lack of human interaction. The Robotic Vision Market has taken off in recent years with its wide range of applications. But it is still lacking in many aspects in terms of functionality and cost. The big issue with robotic vision is that it lacks processing power or does not have enough memory to process the data effectively. It also needs human interaction for accurate results to be generated that are not feasible at scale.

  • Market Challenges:

As robots become more common in our lives, they are also becoming more prevalent in the workforce. They are a major part of manufacturing and process automation.

Challenges Include:

  • Robotic vision is expensive.

  • Robot vision is still not up to par with human vision.

  • Autonomous cars with robot vision can cause accidents if they don't know what to do when they see something unexpected.

Cumulative Growth Analysis:

Cumulative Growth Analysis of Robotic Vision Market describes the market, is expected to grow rapidly in the coming years. The robotics vision market offers many solutions to various industries including automotive, aerospace & defence, medical & healthcare, smart buildings & homes and industrial automation & control systems. The market is expected to grow at a CAGR of about 68.5% during the forecast period, reaching $1,385 million by 2023.

Robotic vision solutions are gaining traction in the industrial automation field due to their ability to replace expensive and highly skilled human workers who are physically limited in their movement and dexterity. Robotic vision is a technology that helps companies track, identify, and detect objects. It also enables them to optimize process performance through real-time data collection, which helps companies reduce costs while improving productivity.

Value Chain Analysis:

For any product or service, there is a value chain that contributes to the success of that product or service. In this case, value chain analysis can be used to determine the impact of a robotic vision system in a supply chain. To establish a production system that is efficient and profitable, companies should identify areas where they have a competitive advantage over other players in the market. This allows them to focus on these areas and develop their business accordingly.

Robotic Vision Market Segment Overview:

Robotic Vision Technology Types Insights:

The robotic vision market is projected to be a trillion-dollar industry over the next decade. Companies are increasingly using 3D sensors for varied industrial uses such as inspection, object recognition, and navigation. These sensors generate a 3D point cloud of the environment and provide information about the shape, size, colour, texture and distance of objects. A robotic vision system that integrates these into a system is typically referred to as Autonomous Robotic Systems or ARS.

Robotic Vision Service Areas Insights:

Among all the major segments, the healthcare and security service segment will show the highest growth for the year 2023. The automotive sector was estimated to be a large contributor in the global robotic vision market during this forecast period as well as other sectors like the industrial and consumer products sector.

The countries where this industry is growing faster are China, India, Japan, South Korea, Germany and Poland. The robotic vision market is expected to grow at a high rate in the forecast period.

Robotic Vision Market Regional Analysis:

North America is expected to lead with a value share of $7.2 billion followed by Europe with $6.0 billion and APAC with a value share of $4.8 billion respectively in 2024.

The robotic Vision Market is expected to grow rapidly with the increasing adoption of robotic vision systems. The market is expected to reach $1.5 billion by 2025, with China dominating the market share. Asia is playing a crucial role in the evolution of robotics. The robotic vision market is growing at a rate of 20% per year, with China being the leading country.

Robotic Vision Market Key Player & Competitive Landscape:

The key players in the Robotic Vision Market are different companies such as Google Inc., Dassault Aviation SA, KUKA AG and Cisco Systems Incorporated. Many leading players in this market are Alphabet, Microsoft, Intel and IBM. Companies are investing in these technologies to increase the performance of their existing models, develop new models, and integrate with other systems.

Gisting down the competing companies:

  • Google Inc

  • Dassault Aviation SA


  • Cisco Systems Incorporated

  • Alphabet

  • Microsoft

  • Intel

  • IBM

  • Apple

  • Bosch

  • Panasonic

Robotic Vision Industry Developments:


  • October 19, 2023- Introduced its "Isaac Sim" software platform for simulating and testing robotic vision systems in virtual environments.

  • September 6, 2023- Partnered with Bosch on developing AI-powered vision solutions for industrial robots.


  • October 12, 2023- Launched its "In-Sight D900" smart camera with deep learning capabilities for complex 3D object recognition tasks.

  • August 10, 2023- Acquired SUALabs, expanding its expertise in AI-powered vision for industrial applications.

Basler AG:

  • October 5, 2023- Unveiled its "Ace L GigE" camera series with high speed and resolution for demanding machine vision applications.

  • July 12,2023- Partnered with SICK AG on offering integrated vision and sensor solutions for robotics.

Report Overview:

This report includes a detailed forecast for the mortuary equipment market, explaining what to expect in the upcoming years. It contains a detailed analysis of how robotic vision has been growing and what motivates its growth. COVID 19 analysis—the driving factors for the growth, segmental analysis—segmental analysis, regional analysis & competitive landscape are given in detail.

  • Historic Period: 2015-2019

  • Base Year: 2028

  • Forecast Period: 2021-2028

Robotic Vision Market Segmentation:

Robotic Vision Service Outlook:

  • Healthcare

  • Security Service

  • Automobile Sector

Robotic Vision Technology Outlook:

  • 3D sensors

  • Autonomous Robotic System

  • Actuators

  • Cameras

Robotic Vision Region Outlook:

  • Europe

  • Asia-Pacific

  • North America

  • Middle East & Africa

  • Latin America

Report Attribute/Metric Details
Market Size 2027 USD 9 Billion
Compound Annual Growth Rate (CAGR) 12% (2020-2027)
Base Year 2019
Forecast Period 2020-2027
Historical Data 2018
Market Forecast Units Value (USD Billion)
Report Coverage Revenue Forecast, Competitive Landscape, Growth Factors, and Trends
Segments Covered Vertical, Application, Component
Geographies Covered North America, Europe, Asia-Pacific, and Rest of the World (RoW)
Countries Covered The U.S, Canada, Mexico, Germany, France, UK, China, Japan, India, Australia, South Korea, UAE, and Brazil
Key Companies Profiled Google Inc, Dassault Aviation SA, KUKA AG, Cisco Systems Incorporated, Alphabet, Microsoft, Intel, IBM, Apple, Bosch, Panasonic
Key Market Opportunities The biggest reason is their benefits over human-operated cameras
Key Market Dynamics The automotive industry is expected to see an increase in demand for self-driving vehicles.

Frequently Asked Questions (FAQ) :

The demand to advance cognitive humanoid robots is estimated to induce favorable growth in the market.

The prominent market leaders are Yaskawa Electric Corporation (Japan), KUKA AG (Germany), FANUC Corporation (Japan), Cognex Corporation (U.S), ABB Group (Switzerland) and OMRON Corporation (Japan),

The region of APAC is expected to show the most promise in the coming period due to the Intensifying implementation of automation in control and quality.

The segments in the global market are technology, components, applications, region, and verticals.

The advancements in machine learning and deep learning for image processing are expected to pull the development of the market.

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