workpieces handling time

简明释义

工件装卸时间

英英释义

The duration required to manipulate, transport, or process workpieces during manufacturing or assembly operations.

在制造或组装过程中操作、运输或处理工件所需的时间。

例句

1.The logistics team is focused on minimizing the workpieces handling time during shipping.

物流团队专注于在运输过程中最小化工件处理时间

2.We need to analyze the data to understand how to improve the workpieces handling time.

我们需要分析数据,以了解如何改善工件处理时间

3.The factory implemented new machinery to reduce the workpieces handling time.

工厂引入了新机器,以减少工件处理时间

4.By optimizing the workflow, we managed to cut down the workpieces handling time significantly.

通过优化工作流程,我们成功显著缩短了工件处理时间

5.Training employees on efficient techniques can decrease the workpieces handling time.

对员工进行高效技术培训可以减少工件处理时间

作文

In the manufacturing industry, efficiency is paramount. One of the key factors that influence production efficiency is the workpieces handling time, which refers to the duration it takes to move, position, and prepare workpieces for processing. Understanding and optimizing this time can significantly impact overall productivity and operational costs.To begin with, it is essential to recognize the various elements that contribute to workpieces handling time. This includes the time spent on transporting materials from one location to another, setting up machines, and aligning workpieces for accurate processing. Each of these steps requires careful planning and execution to minimize delays and ensure a smooth workflow.For example, in an assembly line setting, if a worker spends several minutes searching for the right tools or materials, this can lead to increased workpieces handling time. In contrast, if tools are organized efficiently and easily accessible, the time spent on handling workpieces can be drastically reduced. Therefore, implementing effective inventory management systems and workplace organization strategies is crucial.Moreover, technology plays a significant role in reducing workpieces handling time. Automated systems such as conveyor belts and robotic arms can streamline the movement of workpieces, allowing for quicker transitions between different stages of production. By investing in automation, companies can not only cut down on manual handling time but also enhance precision and reduce the risk of human error.Another important aspect to consider is employee training. Workers who are well-trained in handling workpieces can perform their tasks more efficiently, thereby reducing the workpieces handling time. Continuous training programs that focus on best practices and new technologies can empower employees to optimize their handling techniques, leading to improved production rates.Additionally, analyzing and monitoring workpieces handling time through data collection and performance metrics can provide valuable insights into areas that need improvement. By identifying bottlenecks or inefficiencies in the workflow, manufacturers can implement targeted solutions to enhance handling processes. For instance, if data reveals that a particular stage in the production line consistently experiences delays, management can investigate the cause and make necessary adjustments, such as reallocating resources or redesigning workflows.In conclusion, the significance of workpieces handling time in the manufacturing process cannot be overstated. By understanding its components and actively seeking ways to optimize it, companies can improve their overall efficiency and productivity. Whether through better organization, advanced technology, employee training, or data analysis, reducing workpieces handling time should be a top priority for any manufacturer aiming to succeed in today's competitive market.

在制造业中,效率至关重要。影响生产效率的关键因素之一是工件处理时间,即移动、定位和准备工件进行加工所需的时间。理解和优化这一时间可以显著影响整体生产力和运营成本。首先,必须认识到导致工件处理时间的各种因素。这包括将材料从一个位置运输到另一个位置、设置机器以及对工件进行精确定位的时间。每一步都需要仔细规划和执行,以最小化延误并确保工作流程顺畅。例如,在装配线环境中,如果工人花费几分钟寻找合适的工具或材料,这可能会导致工件处理时间的增加。相反,如果工具组织得当且易于获取,则处理工件所需的时间可以大幅减少。因此,实施有效的库存管理系统和工作场所组织策略至关重要。此外,技术在降低工件处理时间方面发挥着重要作用。自动化系统,如传送带和机器人手臂,可以简化工件的移动,从而加快不同生产阶段之间的过渡。通过投资自动化,公司不仅可以减少人工处理时间,还可以提高精度并降低人为错误的风险。另一个重要方面是员工培训。熟练掌握工件处理的工人可以更高效地完成任务,从而减少工件处理时间。持续的培训项目专注于最佳实践和新技术,可以使员工能够优化其处理技术,从而提高生产率。此外,通过数据收集和绩效指标分析和监控工件处理时间可以提供有关需要改进领域的有价值见解。通过识别工作流程中的瓶颈或低效,制造商可以实施针对性的解决方案以增强处理流程。例如,如果数据表明生产线中的某一特定阶段始终出现延迟,管理层可以调查原因并进行必要的调整,例如重新分配资源或重新设计工作流程。总之,工件处理时间在制造过程中具有不可低估的重要性。通过理解其组成部分并积极寻求优化方法,公司可以提高整体效率和生产力。无论是通过更好的组织、先进的技术、员工培训还是数据分析,减少工件处理时间都应成为任何希望在当今竞争激烈市场中获得成功的制造商的首要任务。