Malaysia can only recycle about 1,150 tons of solid waste than 23,000 tons of solid waste disposed of every day. This amount is equivalent to 5% of the total solid waste disposed of. At the same time, 19% of waste is dumped into water drainages such as rivers, trench, and drains. This activity contributes to clogged drains, mosquito breeding, and the transmission of other diseases. Waste management is an important issue that is commonly discussed and highlighted in the media. The most common issue is how to efficiently and effectively collect garbage waste. The current method of collecting garbage is very time-consuming and requires many workforces. In addition, the existing machine is expensive, and its usage is limited to certain areas only. To save the energy of human resources and time, a new garbage collector design should be proposed. Usage of machines focused on the big flat area such as at a field and open area like parking lot area. This area is commonly used for significant events like a night market, expo, concert, or exhibition. Therefore, this concept design is intended to solve and surmount the stated problem by designing and developing the new design garbage collector machine. The concept design follows an essential design process that identifies needs, conceptual design, embodiment design, and detail design. This design can be developed for the expected result and proceed for proof-of-concept testing to test the functionality and capability.

与每天处理的 23,000 吨固体废物相比，马来西亚只能回收约 1,150 吨固体废物。该数量相当于处置的固体废物总量的 5%。同时，19%的废物被倾倒在河流、沟渠和排水沟等排水系统中。这种活动会导致下水道堵塞、蚊子滋生和其他疾病的传播。废物管理是媒体普遍讨论和强调的一个重要问题。最常见的问题是如何高效有效地收集垃圾废物。目前收集垃圾的方法非常耗时，需要大量劳动力。此外，现有机器价格昂贵，而且其使用仅限于某些领域。为了节省人力资源和时间的精力，应该提出一种新的垃圾收集器设计。机器的使用集中在大面积平坦区域，例如田野和停车场区域等空旷区域。该区域通常用于举办重要活动，例如夜市、博览会、音乐会或展览。因此，该概念设计旨在通过设计和开发新设计的垃圾收集器来解决和克服所述问题。概念设计遵循确定需求、概念设计、具体设计和详细设计的基本设计过程。可以针对预期结果开发此设计，并继续进行概念验证测试以测试功能和能力。该概念设计旨在通过设计和开发新设计的垃圾收集机来解决和克服上述问题。概念设计遵循确定需求、概念设计、具体设计和详细设计的基本设计过程。可以针对预期结果开发此设计，并继续进行概念验证测试以测试功能和能力。该概念设计旨在通过设计和开发新设计的垃圾收集机来解决和克服上述问题。概念设计遵循确定需求、概念设计、具体设计和详细设计的基本设计过程。可以针对预期结果开发此设计，并继续进行概念验证测试以测试功能和能力。