maximum workpiece weight

简明释义

工件最大重量

英英释义

例句

1.The crane can lift a load with a maximum workpiece weight 最大工件重量 of 2000 kg.

这台起重机可以吊起最大工件重量为2000公斤的负载。

2.Overloading beyond the maximum workpiece weight 最大工件重量 can damage the equipment.

超出最大工件重量可能会损坏设备。

3.Before operating the machine, always check the maximum workpiece weight 最大工件重量 specified by the manufacturer.

在操作机器之前，务必检查制造商规定的最大工件重量。

4.The assembly line is designed to handle products with a maximum workpiece weight 最大工件重量 of 150 kg.

该装配线设计用于处理最大工件重量为150公斤的产品。

5.Our new mill has a maximum workpiece weight 最大工件重量 capacity of 500 kg.

我们的新铣床具有500公斤的最大工件重量能力。

作文

In the field of manufacturing and engineering, understanding the concept of maximum workpiece weight is crucial for ensuring efficiency and safety during production processes. The term maximum workpiece weight refers to the heaviest load that a machine or equipment can handle while performing its designated tasks. This measurement is vital for several reasons, including operational safety, equipment longevity, and productivity optimization.Firstly, knowing the maximum workpiece weight is essential for safety in the workplace. Overloading machines can lead to catastrophic failures, which can endanger workers and cause significant damage to equipment. For instance, in a CNC machining environment, if an operator attempts to process a workpiece that exceeds the maximum workpiece weight, the machine may malfunction, leading to injuries or accidents. Therefore, strict adherence to this weight limit is necessary to maintain a safe working environment.Secondly, adhering to the maximum workpiece weight specifications can extend the lifespan of machinery. Each piece of equipment is designed with specific tolerances and capabilities. When these limits are consistently respected, it reduces wear and tear on the machine components. Conversely, exceeding the maximum workpiece weight can result in increased stress on the machinery, leading to premature breakdowns and costly repairs. For example, a lathe machine that regularly processes workpieces heavier than its rated capacity will experience more frequent maintenance issues, ultimately affecting production schedules and profitability.Moreover, understanding the maximum workpiece weight can enhance productivity. When operators are aware of the limitations of their equipment, they can plan their workflows more effectively. This knowledge allows for better scheduling of tasks and ensures that the right machines are assigned to the appropriate jobs. For instance, if a factory has multiple machines with varying maximum workpiece weights, operators can allocate resources based on the requirements of each job, resulting in smoother operations and reduced downtime.Furthermore, the maximum workpiece weight is often a critical factor when designing production layouts. Engineers must consider this parameter when determining the placement of machinery, as well as the flow of materials throughout the facility. By optimizing the layout based on the maximum workpiece weight, companies can minimize handling times and improve overall efficiency.In conclusion, the concept of maximum workpiece weight plays a pivotal role in manufacturing and engineering. It encompasses safety, equipment longevity, and productivity—all of which are vital for the success of any production operation. By understanding and respecting the maximum workpiece weight, organizations can create a safer workplace, prolong the life of their machinery, and enhance their operational efficiency. Therefore, it is imperative for engineers, operators, and management to prioritize this aspect in their daily operations to achieve optimal results.

在制造和工程领域，理解最大工件重量的概念对于确保生产过程的效率和安全至关重要。术语最大工件重量指的是机器或设备在执行指定任务时能够处理的最重负载。这个测量对于多个原因至关重要，包括操作安全、设备寿命和生产力优化。首先，了解最大工件重量对于工作场所的安全至关重要。超载机器可能导致灾难性的故障，这可能危及工人并造成设备的重大损坏。例如，在CNC加工环境中，如果操作员试图加工超出最大工件重量的工件，机器可能会发生故障，导致受伤或事故。因此，严格遵守这一重量限制是维护安全工作环境的必要条件。其次，遵守最大工件重量规格可以延长机械的使用寿命。每台设备都是根据特定的公差和能力设计的。当这些限制得到持续尊重时，可以减少机器部件的磨损。相反，超过最大工件重量可能会导致机器上施加更大的压力，从而导致提前故障和昂贵的维修。例如，定期加工超出其额定容量的工件的车床，将经历更频繁的维护问题，最终影响生产计划和盈利能力。此外，理解最大工件重量可以提高生产力。当操作员了解设备的限制时，他们可以更有效地规划工作流程。这种知识使得任务调度更好，并确保将合适的机器分配给适当的工作。例如，如果一家工厂有多台具有不同最大工件重量的机器，操作员可以根据每项工作的要求分配资源，从而实现更顺畅的操作和减少停机时间。此外，最大工件重量通常是设计生产布局时的关键因素。工程师必须在确定机器的放置以及材料在设施内的流动时考虑这一参数。通过基于最大工件重量优化布局，公司可以最小化处理时间并提高整体效率。总之，最大工件重量的概念在制造和工程中发挥着关键作用。它涵盖了安全、设备寿命和生产力——所有这些对于任何生产操作的成功都至关重要。通过理解和尊重最大工件重量，组织可以创造一个更安全的工作场所，延长机械的使用寿命，并增强其操作效率。因此，工程师、操作员和管理层必须在日常操作中优先考虑这一方面，以实现最佳结果。