Robotics

Format: 2016-12-07
Format: 2016-12-07
October 06, 2016 | 102 Pages | SKU: IRTNTR10609

Overview of the robot controllers market

Extensive research carried out by the analysts at Technavio has shown that the global robot controllers market will witness impressive growth and will post a CAGR of more than 7% over the forecast period. The increasing adoption of Chinese robots and robot controllers is one of the major factors driving this market’s growth. Global sales of industrial robots, including material handling, welding, painting, assembling/disassembling, logistics, machine tending has increased considerably over the past few years. In 2014, the majority of units were sold in China, of these indigenous Chinese companies had manufactured nearly 25,598 units, which were sold domestically. The government of China has been instrumental in creating a favourable environment for the robotic industry with policies, such as investment credits. These policies endorse the sales of indigenous industrial robots, robot controllers, and robot peripherals, leading to rapid growth of local vendors. Moreover, the country has adopted industrial robots for material handling, machine tending, packaging, foundry and forging, and other applications on a large scale to address issues of growing labor costs and inflation, which will also contribute to this market’s growth over the next four years.

One of the recent trends gaining significant traction in the market is the increasing adoption of compact and small-sized robot controllers. To stay competitive and increase the utility of robot controllers, vendors such as ABB are increasingly focussing on reducing the size of robot controllers. The shrinkage is


Outlook of the global R&D spending in the robotics industry

Technavio’s market research analyst predicts the global R&D spending in the robotics industry to grow at a CAGR of around 17% during the forecast period. Recently, it has been observed that robots have become necessary in every industry that uses production processes and systems. Consequently, government and manufacturers from across the globe are increasing their R&D spending to develop technologies that will enhance the functionality and efficiency of these robots. In the healthcare and defense sectors, the demand for sophisticated robotics technology is rapidly increasing. This increase in the demand for sophisticated robotics technology will augment the total R&D spending, which in turn will result in market growth during the forecast period.

In terms of geography, the APAC region dominates this market and is envisaged to grow at a CAGR of around 5% during the forecast period. The high adoption rate of robots in industries like automotive, electricals and electronics, and food and beverage will bolster the overall R&D spending in this region.

Segmentation by vendor type and analysis of R&D spending in the robotics industry

  • Original equipment manufacturers (OEMs)
  • Venture capitalist

In this market study, analysts have estimated the OEM segment to account for more than 60% of the total market share during the forecast period. The OEMs invest about 4%-12% of their overall sales revenue in R&D for specific or generic research. The extensive use of robots in various industries has pushed manufacturers to invest extensively in the R&D of application-specific products.

End-user segmentation of R&D spending in the robotics industry

  • Defense

July 27, 2016 | 97 Pages | SKU: IRTNTR9960

Overview of the global foundry and forging robots market

Market research analysts at Technavio have predicted that the global foundry and forging robots market will grow steadily at a CAGR of more than 7% by 2020. This market research analysis identifies the growing need to reduce the overall operational costs of companies as one of the primary growth factors for this market. The adoption of industrial robots, such as foundry and forging robots, is an excellent technique to reduce operational costs as they do not require additional expenditures like training, healthcare, and compensations. Also, the margin of error is virtually low, which reduces wastage of resources. Moreover, the robots can function in harsh conditions with minimum heat and lighting, which helps in reducing the overall requirement of energy. They are faster in the production process and can also ensure the assured and prompt delivery of goods and services.

The demand for multipurpose robotic systems is considered to be one of the major trends that will gain traction in this market in the coming years. End-users are already seeking efficient devices that can execute numerous variable functions. Multipurpose robots that are capable of several activities such as welding, machine tending, assembling, packaging, dispensing, material handling, and material removing will not only reduce the overall expenditure but will also improve production and ensure a higher efficiency.

Competitive landscape and key vendors

The market is characterized by the presence of several established international robot manufacturers who generate revenues through both direct and indirect sales. Indirect sales take place with the help of local representatives, certified distributors or dealers, contractors


July 21, 2016 | 68 Pages | SKU: IRTNTR10046

Overview of the global packaging robots market

Technavio’s market research analyst predicts the global packaging robots market to grow at a CAGR of more than 9% by 2020. Packaging robots, such as selective compliance assembly robot arm (SCARA) and Delta robots, are flexible and can be quickly programmed to adapt to new production lines. The use of these robots enable less margin of error in operations compared to manual labor and they do not require any supervision. Also, these robots reduce product failure and wastage, and their adoption enables companies to minimize direct and overhead costs. The technological growth and ROI make packaging robots an attractive investment for the organization. Packaging robots help the industries to improve their production process by minimizing wastage and downtime of the plants. These robots are best suitable for dull, repetitive and dangerous jobs, and can operate at a faster pace than humans.

According to this market analysis, one of the most interesting trends gaining popularity in the market is the growing use of collaborative robots or cobots in packaging applications. Cobots are inexpensive and economical as they provide automation in packaging solutions and are designed to operate collaboratively with humans. These robots are flexible to operate, easier to train and can function in isolation without any infrastructure. Cobots are equipped with advanced sensors to acknowledge the presence of a person and his location, so when the person moves away, the robot automatically resumes normal operation. Collaborative robots are lightweight, easy to program and control, and they cost considerably less than their traditional counterparts.  

Competitive landscape and key vendors

The packaging robots


July 13, 2016 | 61 Pages | SKU: IRTNTR9862

Overview of the global parallel robots market

Market research analysts at Technavio have predicted that the global parallel robots market will grow steadily at a CAGR of almost 6% by 2020. Originally developed for low payload applications such as packaging, Delta robots are now being employed in the food processing industry as they can sort and pack all kinds of foods, including fine chocolates and pizzas. Delta robots with larger multi-axis are more suitable for picking eggs, chocolates, candies, and small pieces of meats from conveyors belts. They are smaller and faster than Cartesian robot and will soon find more applications in the upstream processes of food and beverage manufacturing plants. Moreover, as these robots are easy to clean and maintain, they offer enhanced productivity, strictly adherence to hygiene standards, and can also use sharp knives with high precision, which are significant features for their increased deployment in the food processing industry.

Delta robots are currently used in the manufacturing industry as advanced control arms with limited sensing capabilities to carry out structured and repetitive tasks. However, technological advancements in the future and the development of advanced sensors, hardware, and software will result in the introduction of delta robots that are more intelligent and autonomous in their capabilities. The adoption of the Internet of Things (IOT) will enable manufacturers control and monitor the operation of delta robots through smart devices from remote locations. This in turn, will result in the increased speed of operations, decreased manufacturing costs, improved product quality


June 29, 2016 | 84 Pages | SKU: IRTNTR9043

Global outlook of the smart robots market

Market research analysts at Technavio have predicted that the global smart robots market will grow significantly at an impressive CAGR of about 21% by 2020. Countries around the globe are witnessing a rapid decrease in the availability of agricultural and unskilled industrial labor, which has led to an exponential increase in human labor costs. Countries such as China are on the verge of crossing the Lewis Turning Point. The year-on-year growth rate for minimum monthly wage in China was estimated to be about 25% and this contributed to the adoption of robotic systems such as industrial robots across numerous manufacturing plants in the region. In the coming years, industries across the globe are expected to concentrate on reducing production costs and this will lead to an increased adoption of factory robots and the implementation of IIoT (industrial internet of things).

E-commerce and logistic companies are constantly deducing techniques to reduce product delivery cost and time. Companies such as Amazon and DHL have started implementing UAV or drone delivery system for product delivery. Additionally, DHL is making steady advancements in the drone delivery system and is currently testing drones for different applications, such as medication delivery, flying blood samples across a river, and a parcel delivery system that can deliver packages in less than ten minutes. Advancements in technology will lead to the development of efficient


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