The sheet metal base legs are fully upgraded: universal structure, efficient installation, and wide adaptability, helping industrial equipment to firmly support the new standard

This sheet metal floor foot is designed with a standard size of 596/696×70×18mm and adopts a front/reverse universal structure, which makes it highly flexible and adaptable in the actual installation process. This design breaks through the limitations of traditional legs in terms of direction. Whether it is installed on the front or rear of the equipment, it can be used directly, greatly improving the assembly efficiency. Assembly line workers no longer need to judge the direction or distinguish parts, effectively reducing the assembly error rate, speeding up the equipment assembly process, and improving overall production efficiency. In addition, the front and back universal structure also brings significant convenience to material procurement and warehousing management. Enterprises no longer need to prepare materials for different installation directions separately, greatly reducing the types of materials and inventory occupancy, and optimizing the supply chain and cost control strategy. At the same time, this standardized design also enhances the cross-platform compatibility of the product, and is widely used in industrial control cabinets, distribution boxes, server cabinets, automated workbenches, laser cutting platforms, commercial vending terminals and other equipment and industry scenarios. Its universal and modular characteristics not only simplify the overall structural design, but also bring greater convenience to customers in product selection and later replacement and maintenance, reflecting the synergistic value of modern sheet metal parts in terms of practicality and economy.
This sheet metal floor foot uses high-strength cold-rolled steel plate as the main raw material, combined with modern sheet metal manufacturing process, including CNC stamping, precision bending, automated welding and surface precision grinding, to ensure that each product meets high standards in structural strength and appearance accuracy. First of all, in terms of structural design, the leg adopts 18mm thick reinforced steel plate, supplemented by reinforcing rib pressure line, which effectively improves the bearing capacity and anti-deformation ability, especially suitable for heavy industrial equipment or long-term continuous load operation occasions, to ensure that the equipment is still stable and firm under high-intensity use. Secondly, in terms of surface treatment, the product can flexibly provide a variety of protection methods such as spraying, electrophoretic coating or anti-rust oil according to different use environments and customer needs, which greatly enhances its anti-corrosion and anti-oxidation capabilities, so that it can maintain a good state for a long time in complex working conditions such as humidity, acid and alkali, and outdoor, and prolong its service life. In addition, in terms of manufacturing dimension control, this series of feet provides two standard length specifications of 596mm and 696mm, with high dimensional accuracy and reasonable layout of installation holes, which greatly facilitates customers' positioning and fixing during on-site assembly, improves assembly efficiency, and reduces manual errors. This combination of technology and design not only gives the product excellent functional performance, but also reflects the company's professionalism and care in manufacturing details. Compared with traditional welded feet or cast-in-place cement feet, Sheet Metal Floor Foot shows more outstanding advantages in terms of installation convenience, structural standardization and flexibility of use. First of all, in terms of installation, the product fully considered the actual use needs at the beginning of the design, and preset standardized bolt installation holes, which can be quickly connected with the ground or equipment chassis. The bolt fixing method eliminates complex processes such as welding, electric drill drilling or cement pouring, which not only saves construction time, but also greatly reduces the dependence on the technical level of operators, effectively improving assembly efficiency. Secondly, the sheet metal feet are formed through high-precision CNC processing, and their geometric dimensions and verticality are highly consistent, ensuring that each foot is highly consistent after installation, avoiding the problem of equipment tilting, unstable contact or shaking during long-term use caused by processing errors of traditional welded feet, and improving the safety and stability of equipment operation from the source.
It is worth mentioning that Sheet Metal Floor Foot has reserved upgrade space in structural design, which can be flexibly matched with a variety of functional accessories, such as adding shock-proof foot pads to enhance shock absorption and adapt to uneven ground, or combined with universal pulleys to achieve equipment mobility, which is convenient for daily maintenance and space re-layout. At the same time, height adjustment feet can also be installed to meet the needs of different industries for equipment level adjustment or height difference fine-tuning. This highly modular and expandable base foot system not only significantly improves the adaptability of equipment under different working conditions, but also helps users build more flexible, stable and efficient equipment support solutions, fully reflecting the comprehensive value and design foresight of modern sheet metal structural parts in industrial products.
The sheet metal base support is not only widely used in industrial automation equipment, power systems, communication terminals and home appliance base structures, but also suitable for application areas that require stable ground support or bottom isolation, such as smart manufacturing equipment bases, charging pile support systems, photovoltaic inverter cabinets, battery energy storage cabinet bottom supports, banks, hospitals and other self-service terminal structure bases, and wind energy and rail transit cabinet bottom support platforms.