A Detailed Guide to Selecting Commercial Kitchen Equipment

　　When choosing kitchen appliances, consumers may feel a bit confused, unsure about which appliance is better or which one suits them best. So today, we’ll introduce you to some simple methods for assessing the quality of kitchen equipment.

　　The first thing to consider is the diameter size of the cabinet legs. In the kitchen, cabinets are an essential fixture—so what should we pay attention to when selecting them? On the market, the most common diameters for cabinet legs typically come in two sizes: 38 millimeters and 51 millimeters. Interestingly, there’s a significant price difference between these two options. Unfortunately, some unscrupulous vendors fail to clearly specify the exact specifications when presenting their designs or making sales pitches, secretly taking advantage of this ambiguity to boost their own extra profits.

　　The second aspect is the weld points of the countertop cabinet. When selecting a countertop cabinet, pay close attention to its weld points as well. The welding areas where the cabinet legs meet the crossbars should be fully welded; otherwise, these joints won’t be strong enough and may easily come loose, indicating a low-quality cabinet. Therefore, be sure to carefully inspect the product’s weld points during your purchase—and if necessary, even gently feel with your fingers to check whether the welds are complete and secure.

　　The third point is that when equipping your kitchen, you should pay more attention to the internal structure of combustion appliances. Many consumers, eager for aesthetic appeal, often overlook the product’s internal architecture. Yet, the internal structure is actually crucial—it not only determines the product’s durability but also its stability and safety. Even if a product looks great on the outside, problems with its internal design can still lead to accidents. A well-made product typically features a highly intricate internal structure; let me give you a simple example: some substandard products directly connect the blower motor and fan together, which is an extremely risky approach. In contrast, a superior product uses ductwork to securely link the fan and blower via carefully engineered channels.