SCARA Robot Market Drivers, Opportunities, and Trends in Coming Years


SCARA robots are also called Selective Compliance Assembly Robot Arms or joint robotic arms, which are one of the most commonly used industrial robots in today's industrial field. SCARA robots are appropriate for mechanical automation in several industrial fields, including painting, automatic assembly, welding handling, and so on.

The robotic arm is made up of numerous rigid rods and moving and rotating joints, which is an open ring combined with one end fixed on the base, and the other end with liberty mounted end actuator like a welding gun. When functioning the arm, the end effector at the front of the robot arm should be in a position and attitude suitable to the managed workplace, along with such positions and postures manufactured by the movement of numerous arm joints.


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Benefits of SCARA robots
• No rails are needed because of no moving joints. Rotating joints are simpler to seal, due to bearing parts being a huge number of productions of quality parts, resulting in better friction and inertia being low, good dependability.
• The needed SCARA drive torque is low and the power consumption is low.
• Swap a lot of intricate work that is not appropriate for manpower and damaging to health.

SCARA robots are most commonly utilized for pick-and-place or assembly actions that need high accuracy and quickness. On the basis of replication, currently available SCARA robots can even attain tolerances of less than 5 microns, specifically in comparison to a six-axis robot’s tolerance of 25 microns.

Applications of SCARA robots
3D Printing - For minimal 3D printing, SCARA robots are perfect for automation. Their extensive speeds permit items to be rapidly printed. SCARA 3D printing robots are becoming more and more popular.

Engraving - The growth of laser-embedded engraving equipment for robotic EOATs has permitted the automation of engraving procedures. The accuracy, correctness, and compact size of SCARA robots create them compatible with taking on engraving applications.

Hence, the accuracy, perfection, and speed SCARA robots bring at such low cost are unmatchable, and such factors will propel the demand for SCARA robots in the future as well.

Pump Jack Market Share, Size, Future Demand, and Emerging Trends


With the rising number of mature onshore fields, the pump jack market is expected to accelerate at a CAGR of 5.0% during 2017–2023. The market was valued at $2,712.8 million in 2016 and it is expected to reach $3,800.0 million revenue by 2023. In comparison to offshore oil drilling, onshore oil drilling is a less expensive process. Moreover, a majority of the aging wells are found in onshore fields, owing to which a large number of pump jacks are deployed in these fields, as compared to offshore fields.

In recent years, the integration of computer technology into exploration and production (E&P) operations for monitoring and analyzing systems into pump systems has gained momentum. As conventional pump jack systems are dependent on manual operation and monitoring, their efficiency is limited to a significant extent and they are not able to extract the last drop of oil, which is the main objective of such systems. To overcome this limitation, pump jack manufacturers are focusing on integrating automated systems in these devices. Advanced pump jacks also allow for low downtime and swift resolution of asset repair issues.


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According to P&S Intelligence, North America adopted the highest volume of pump jacks in the recent past, and it is expected to retain its dominance in the foreseeable future as well. This can be primarily ascribed to the presence of a large number of mature oilfields, the existence of pump jack manufacturers, and the rapid aging of oilfields in the region.

Furthermore, Europe, Middle East and Africa (MEA), and Latin America (LATAM) also use a considerable quantity of pump jacks, due to the existence of mature oilfields and swift aging of mature oilfields in the regions. Among European nations, Russia is expected to utilize the highest number of pump jacks in the coming years, due to the technological advancements being made in this artificial lifting equipment and maturing oilfields in the country. Whereas in LATAM, Brazil will register the use of such equipment at the highest rate in the future, owing to the presence of an extensive number of oil reserves, the decline in the natural pressure of wells, and a surge in the average age of mature oilfields in the country.

Thus, the increasing number of mature oilfields and rising technological advancements in artificial lifting equipment will escalate the deployment of pump jack systems in oil wells, in the foreseeable future.