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Robotic movement is made feasible by linear actuators. They give robotic technology the wheels, clamps, arms, and legs needed to interact with its surroundings. Motorized threaded rods are among the most common linear actuators used to move robots. In contrast to the circular motion of a traditional electric motor, a linear actuator produces motion in a straight line.
The Global Linear Actuators market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
For the digitalization of agricultural and autonomous mobile robot (AMR) activities, Ewellix showcased a number of innovative linear actuators. It has spent many years as a multinational corporation with a focus on actuation and linear motion technologies.
Their linear actuators have gained traction in a variety of sectors, including but not limited to semiconductor manufacturing, construction, agricultural machinery, materials forming (metals and plastics), and medical imaging and equipment. It was formerly a part of the SFK Group, but Triton now owns the entire thing.
To encourage lifespan and flexibility in manufacturing, the company just introduced a new generation of actuators. Unlike what could be the case with a hydraulic system, the new CAHB-2xS series can be utilised to design new equipment or retrofit existing equipment.
Equipment and machinery get smart control features, sensors, and connectivity thanks to the CAHB-2xS series. It is the first of a new family of products that are a part of the Ewellix SmartX digital platform to assist users on their digital transformation path.The newest line of linear actuators offers several improvements over the previous models.
The CAHB-2xS is fitted with contactless position sensors that are designed not to wear or need calibration. They can be synced to other sensors, providing even, steady motion, even at full-speed. Assume, for instance, that an AMR will lift a platform to allow for the use or storage of a heavy component.
More than one linear actuator will be needed for the platform, but they must all lift at the same pace in order to prevent the part from falling.
These may all be linked together using the CAHB-2xS series, and with genuine position sensing, they have a better chance of lifting to the appropriate level. Compared to counting the number of times each screw has turned and hope the calibration is accurate, this is a considerable improvement.
