In 2025, the humanoid robot industry will enter a critical year for mass production and landingTechnological breakthroughs and scenario implementation are accelerating on both fronts. At the November World Intelligent Manufacturing Conference, the Luming robot LUS2 broke the industry recovery speed record with "one second catapult up"; The Xiaopeng IRON robot has sparked heated discussions due to its smooth "cat step" biomimetic performance, becoming the focus of the consumer level race track.

Currently, over 150 domestic humanoid robot companies are competing in the market, with Ubiquitous's annual orders exceeding 1.3 billion yuan, and Luxshare Precision planning to ship 3000 units within the year. The breakthrough of AI big models and domestic joint components has promoted the extension of robots from industrial assembly to education, cultural tourism and other scenarios. The Songyan Power "Little Bumi" has opened up the household consumer market at a price of 9998 yuan.

From a long-term perspective, there is still a significant demand for humanoid robot product business scenarios, with the core replacing current human related business needs. Therefore, the industry needs the support of AI technology, robotics technology, and mechatronics technology to fully leverage the adaptability of humanoid robots across fields, tasks, and scenarios. It can be said that the current technological challenges facing the humanoid robot industry are not related to robot technology itself, but rather toThe level of the entire industryand itsIntegration and Innovation.

The above technologies together create excellent mobility and working range for humanoid robots. In terms of mobility, not only is the size of the work scope considered, but alsoThe joint structure of a simulated handThe accessible area size and flexible interaction. And small linear servo actuators are used to achieve the flexibility of bionic handsKey sources of power.

Small linear servo actuatorIt is a miniaturized linear motion device that combines traditional linear actuators and servo drive technology, capable of precise control of the position, speed, and force of the actuatorcompact sizeAt the same time, it can maintainhigh precisionAnd with fast response and adjustment, the power consumption is greatly reduced compared to the scheme of servo motor+harmonic reducer, and the performance cannot be achieved by small stepper push rods.

In the use of humanoid robots, the Hongji 12Lf small linear servo actuator can provide a powerful power source for bionic robotic arms, achievingGrip strengthandspeedAccurate control.

In addition to the simulated gripper of humanoid robots, robot fixtures, climbing robots, and spider robot joints can also be powered by 12Lf small linear servo actuators.

In addition to its application in the field of robot joints, the Macro Set 12Lf small linear servo actuator can be operated through a potentiometerPosition perceptionAnd there is no need for reset, achieving a repeat positioning accuracy of 30-50 μ m, suitable formedical fieldElectronic injection, pipetting equipment, etc.

The Hongji 12Lf small linear servo actuator has multiple stroke options, up to 90mm, and a fast speed of up to 110mm/s. It has a 32Bit microcontroller, 4096 high-resolution A/D converter, 1024 step dynamic speed control, and Z-axis self-locking function, ensuring safety while achieving accuracy, speed, and durability. Inindustrial sector， 12Lf can also be used for valve control, locking clamping, adjusting the position/angle of workpieces, depth/thickness detection, and other scenarios.

In addition, the 12Lf small linear servo actuator also has rich featuresOptional accessoriesandInstallation PlanIt can be combined according to your specific application scenario, with high flexibility and adaptability.