The acceleration/deceleration time of a six-axis robot is not a fixed value. It is affected by payload, operating speed, robot model, and other factors, usually ranging from 0.1 seconds to over 2 seconds.
1. Time ranges under different conditions
1.1 Light payload and low speed
When the payload is light and the operating speed is low, the acceleration/deceleration time is usually between 0.1 and 0.3 seconds. For example, six-axis robots used for electronic component assembly often handle small parts and do not require high speed, so the acceleration and deceleration process can be completed within a short time.
1.2 Medium payload and medium speed
For medium payloads and medium operating speeds, the acceleration/deceleration time is approximately 0.3 to 0.8 seconds. A typical example is a six-axis robot used on a general machining production line to transfer and handle small metal parts.
1.3 Heavy payload and high speed
If the robot carries a heavy payload and operates at high speed, the acceleration/deceleration time may reach 0.8 to 2 seconds or even longer. For example, six-axis robots used in automotive manufacturing to handle large body components require longer acceleration/deceleration times to ensure stability and safety under high load and high speed. For such heavy-duty applications, Hansheng Automation can provide custom machining of structural components based on customer drawings, helping improve rigidity while controlling inertia for better dynamic performance.
