步进电机在3D打印平台中的运动控制优化
Motion control optimization of stepper motor in 3D printing platform
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| DOI |
10.12208/j.sdr.20250151 |
| 刊名 |
Scientific Development Research
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| 年，卷(期) |
2025, 5(4) |
| 作者 |
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| 作者单位 |
西藏开发投资集团有限公司 西藏拉萨
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| 摘要 |
步进电机作为3D打印平台中核心的驱动组件，其精准控制对于打印质量具有至关重要的影响。传统的步进电机控制方法常面临速度限制、振动问题以及步距误差等挑战，导致打印精度和效率的下降。本文研究了步进电机在3D打印中的运动控制优化方法，通过改进控制算法、提升电机响应速度和减少误差等手段，实现了运动控制精度的提升。实验结果表明，优化后的运动控制系统能够显著提高打印精度与打印速度，为高精度3D打印技术的发展提供了新的思路和方案。
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| Abstract |
As the core driving component in 3D printing platforms, stepper motors play a vital role in achieving precise control that directly impacts print quality. Traditional control methods for stepper motors often face challenges such as speed limitations, vibration issues, and step error, which reduce both printing accuracy and efficiency. This study investigates motion control optimization strategies for stepper motors in 3D printing. By improving control algorithms, enhancing motor response speed, and minimizing errors, we achieved significant improvements in motion control precision. Experimental results demonstrate that the optimized motion control system significantly boosts both print accuracy and speed, providing innovative solutions for advancing high-precision 3D printing technologies.
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| 关键词 |
步进电机；3D打印；运动控制；优化；精度
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| KeyWord |
Stepper motor; 3D printing; Motion control; Optimization; Precision
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| 基金项目 |
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| 页码 |
70-72 |
张儒学*.
步进电机在3D打印平台中的运动控制优化 [J].
科学发展研究.
2025; 5; (4).
70 - 72.