Precision robot is a highly intelligent and precision-manufactured robotic system, which is mainly used in areas requiring high-precision operation and complex task execution. These robots often have advanced sensors, control systems, and actuators that enable accurate positioning, measurement, and operation in different environments.

1.Precision robot application

Manufacturing: Precision robots play an important role in automotive manufacturing, electronics assembly, aerospace manufacturing and other fields. They can perform high-precision assembly tasks, improving production efficiency and product quality.

Medical field: In minimally invasive surgery, drug development and production, medical device manufacturing, precision robots are more and more widely used. They enable precise manipulation of tiny organs or tissues, reducing surgical risks and improving treatment outcomes.

Laboratory research: Precision robots play an important role in scientific experiments and research, such as in nanotechnology research, where they can achieve operations and manufacturing at the nanoscale.

2.Core parts of precision robots

The core parts of precision robot are the basis of its operation and execution of tasks, and the sensor system is one of its important components. The sensor system includes a variety of sensors, such as optical sensors, pressure sensors, force sensors, etc., which are used to sense and measure various parameters in the environment, such as position, attitude, temperature, pressure, etc. The data provided by these sensors is processed and analyzed by the control system so that the robot can make accurate reactions and decisions.

The control system is the "brain" of precision robot, which is composed of embedded computer, microcontroller, motion controller and so on. The control system receives the data provided by the sensor and makes decisions and controls according to preset algorithms and procedures. It is responsible for planning the motion path of the robot, adjusting the motion speed and strength of the actuator, and monitoring the status and performance of the robot.

Actuators are mechanical executive parts of precision robots used to perform various operational tasks, such as movement, grasping, rotation, etc. Common actuators include electric actuators (such as electric motors), hydraulic actuators, pneumatic actuators, etc. These actuators realize various actions and operations of the robot according to the instructions of the control system, with high precision and reliability.

The structural frame is the support structure of the precision robot and is made of lightweight but high-strength materials, such as aluminum alloy, carbon fiber and so on. The structural frame carries and connects various components such as sensors, control systems and actuators, ensuring that the robot can maintain stability and achieve precise movement.

Finally, power and electrical systems provide energy and power for precision robots, including batteries, power management systems, wire connections, and more. These systems ensure the normal operation of the various parts of the robot, and ensure that the robot can work for a long time and stability.

How to choose the robot parts machining factory?

When selecting a robot parts processing factory, the factory's experience, advanced equipment, quality management system, delivery capacity and service level should be considered. Communicate with partner manufacturers to understand their technical capabilities, manufacturing processes, production capabilities and quality assurance to ensure that the machining needs of the parts are met, that the finished products are of high quality and delivered in a reasonable time.

LORI provides one-stop production services for precision parts and assembly of new energy, medical equipment, electronic semiconductors, robots, commercial equipment, etc. We provide precision CNC machining, 5-axis composite machining, turning and milling composite machining, CNC lathe machining, precision sheet metal machining, precision deep drawing stamping processing, structure and structural parts assembly processing, etc.

If you are looking for a manufacturer of robot parts, choose LORI!