With the emergence of automated equipment such as loading and unloading robotic arms, it has brought a turning point to enterprises. The use of robotic arms for loading and unloading in automated CNC lathes can reduce the workload of workers, lower production costs, and improve production efficiency. Shenzhen EMAR Precision Technology Co., Ltd. is dedicated to high-precision CNC external processing, including CNC walking machines, CNC Machining centers, CNC lathes, turning milling composite machining centers, etc. Below, EMAR will analyze the main components of automated CNC lathe manipulators, as follows:

1. Drive system

It is the power source of the automated CNC lathe manipulator, which can be driven by electric motors, hydraulic drives, pneumatic drives, etc.

2. Transmission system

Its function is to transmit motion and power to various actuators in order to complete the process operation of the CNC machine tool manipulator, while also transmitting motion to auxiliary mechanisms to complete auxiliary actions.

3. Control system

Its function is to control the drive system, transmission system, and actuator of the machine, allocate motion to each actuator, and coordinate their actions on time and in sequence.

4. Executing Agency

It is the part that realizes the operation and auxiliary operation of automated CNC lathes, and its action sequence and motion law are determined by the process principles and requirements.

5. Detection system

Its function is to detect the position, stroke, speed, pressure, flow rate, etc. of the robotic arm of the automated CNC lathe and provide feedback to the control system.