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Which parts consists of the logistics sorting system?
1. Input device: The sorted goods can be transmitted into the sorting system via the transmitter. 2. Shelf signal settings: Before entering the sorting machine, the goods first have their sorting information (including the distribution destination and client name) first entered into the computer central controller by the signal setting devices (keyboard input and laser scanning barcode). 3. The replenishment device is also known as the feeder puts the goods to be sorted into the sorting conveyor in turn and evenly. At the same time, it can ensure the goods to get accelerated to the speed of the sorting conveyor. 4. The sorting device constitutes the main part of the automatic sorting machine, including the transmission device and the sorting device. The former functions to deliver the goods to be sorted out to the set sorting channel, while the latter sends the goods to be sorted to the sorting channel.
What are advantages for the logistics enterprise’s use of the automatic sorting equipment?
1. Increase of the working hours and improvement of the sorting efficiency The automatic sorting system, adopting the automatic operation of the transmission line, can operate continuously for more than 100 hours without the limitation of climate, time and physical power. As to the artificial operation, the working hours of sorting workers will not exceed eight hours. Every hour, around 7,000 pieces of packaged goods can be sorted out, whose efficiency is several times higher than the artificial work. 2. Reduction of the sorting error rate and improvement of the accuracy rate The sorting error rate of the automatic sorting system is mainly decided by the accuracy of the input sorting information and the input mechanism of the sorting information. If the artificial keyboard or voice recognition entry is adopted, the error rate will be above 3%. If the barcode scanning entry is adopted, unless the barcode printing has its errors, otherwise no mistakes will be made. Currently, the accuracy of the automatic sorting system can be as high as 99.99%, which is far beyond the artificial sorting. 3. Optimization of the management model, reduction of cost and increase of efficiency The automatic sorting can help enterprises not only cut the labor cost, but also distribute the saved human resources to other positions to optimize the management modes and workstyles, and improve the company’s operation and management efficiency. For example, Luhui’s self-developed ball-bearing module belt sorting system can automatically handle 4,000 pieces of goods, which can bring down company’s human cost by more than 70%, and currently, it has found wide applications to the industry of e-commerce, express delivery, clothing, mom & baby products, books, food and medicine, etc.
新零售环境下,电商对物流自动分拣系统都有哪些技术要求
一、分拣形式的变化 消费者网购越来越方便,同时也对物流效率要求越来越高。传统的人工分拣与半人工分拣,依赖人力作业,分拣效率低,同时容易丢货、损货。随着电商的发展,快递物流订单量迅猛增长,人工分拣已无法满足业务量的增长。电商分拣中心需要自动化、智能化的分拣设备替代人工,高质高效的完成分拣作业。 二、分拣系统的可靠性及灵活性 目前市场上存在各种各样的分拣技术,包括推块式、弹出式、斜托盘式、皮带式等技术,其核心是符合需求的可靠性和灵活性。分拣的可靠性是指系统运行的稳定,分拣效率满足现有需求,同时满足分拣准确率高,货损率低的要求。而灵活性则不只是简单地调整以适应企业的当前或未来的业务高峰需求,还包括要设计一套能够适应未来成长的系统。 近年来升级快递设备主要集中升级方向在:无人化与小型标准件的升级操作。无人化在分拣系统上的表现则是在滚珠模组带、以及分拣矩阵上。而矩阵分拣在物流分拣中具有灵活、可拆组的优势,再加上现在具有新型分拣带,在检测的可靠性以及灵活性上都能很好的满足大部分分拣需求。 三、分拣设备与智能机器人合作效率更高 自动分拣设备与数据采集设备及智能分拣机器人相结合,可实现包裹称重、读码后的快速分拣及信息记录交互等工作。分拣系统可大量减少分拣过程中的人工需求,提高分拣效率及自动化程度,并提高分拣准确率。
分拣需求复杂化,自动分拣设备的升级如何打破僵局
一、综合型定订单趋势下的分拣形式 如今,消费者在购物时比从前方便了许多,但对于电商平台及物流来说,意味着更加复杂的工作任务。在电商及新零售发展趋势下,越来越多的综合型订单需求需求使得分拣的方式更加复杂,这也是许多电商平台和物流运营商面对的难题之一。 无论是前期拣选打包、分拣,还是后期出库、运输、配送,对于时效性要求越来越高,对于物流服务质量要求也越来越高。当日达、小时达已经成为部分物流服务的标配。这些订单的货物的尺寸、重量和形状都存在极大差别,储存位置也不同,有的货物甚至需要跨仓、跨区域调配。在这种情况下,分拣系统不仅要具备高效率、高准确率,还必须具备足够的灵活度。 二、自动分拣设备升级如何打破僵局 尽管目前市场上存在各种各样的分拣技术,包括推块式、弹出式、斜托盘式、皮带式等技术,但这些技术都需要拥有两个同样重要的特质:可靠性和灵活性。 分拣的可靠性是需求列表中的首位,而灵活性则不只是简单地调整以适应企业的当前或未来的业务高峰需求,还包括要设计一套能够适应未来成长的系统。 近年来分拣设备升级方向主要集中在:无人化与小型标准件的升级操作。无人化在分拣系统上的表现则是在滚珠模组带以及分拣矩阵上。路辉模组带分拣矩阵在物流分拣中具有灵活、可拆组的优势,再加上现在具有新型分拣带,在检测的可靠性以及灵活性上都能很好的满足大量的分拣需求。 三、物流设备的技术性升级 在减少人工操作、提高分拣作业的效率和质量,分拣设备还是会以高效、快速、稳定为主,目前已经推出的主要分拣方式有如交叉带、辊筒、摆轮、滚珠模组带等自动分拣设备。
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