What is the processing efficiency of a double-head chamfering machine?

1. Standard Small-to-Medium Diameters (10mm–50mm): For mainstream fully automatic models, the processing cycle time is 3–6 seconds per piece. A single machine can process approximately 4,800 to 9,600 pieces per 8-hour shift-representing an efficiency improvement of more than 100% compared to traditional single-head chamfering processes. When processing thin-walled tubing, high-performance models can stably process 12 pieces per minute, boosting productivity by approximately 40% compared to standard models.
2. Large-Scale Thick-Walled / Long Workpieces: The processing cycle time is approximately 10–20 seconds per piece; the specific duration increases in proportion to the workpiece's diameter and wall thickness.
3. Variations in Automation Levels: Fully automatic models feature automatic feeding capabilities, allowing a single operator to simultaneously manage multiple machines (up to 20 units); consequently, the per capita production efficiency is significantly higher than that of manual or semi-automatic models. In contrast, semi-automatic models-which require manual feeding-achieve a single-shift production output of only about 60% compared to fully automatic models.