This custom-designed trash bin, created for IKEA, is made from high-quality polypropylene (PP), known for its durability and resistance to damage. Featuring a modern and minimalist design, the bin is both stylish and functional, with smooth curves and an ergonomic handle for easy portability. It is perfect for home or office use, offering an efficient waste management solution while seamlessly blending with various interior styles. The lightweight yet robust material ensures long-lasting use, while the neutral white color adds a clean and elegant touch to any space.
Meticulously Designed
This injection mold is specifically designed for manufacturing plastic trash cans, incorporating innovative engineering to optimize efficiency and ensure superior product quality. Featuring a hot runner system, the mold eliminates the need for a traditional gating system, effectively avoiding material waste caused by runner scrap. This design significantly reduces raw material usage per injection and enhances overall production efficiency, making it a cost-effective solution.
A pin-point gate system is employed to simplify the mold structure while ensuring precise and consistent material flow into the cavity. This results in minimal post-processing requirements for the finished product, streamlining production and saving time.
Product Advantages
Both the core and cavity sides are equipped with dedicated cooling systems, allowing precise temperature control tailored to different sections of the mold. This advanced cooling mechanism ensures uniform cooling, reducing the risk of warping or other defects in the injection-molded trash cans. The result is a consistently high-quality final product.
By combining cutting-edge design with advanced functionality, this mold offers a reliable solution for the efficient production of durable, lightweight trash cans. It not only reduces operational costs and material waste but also delivers outstanding results for high-volume manufacturing. This makes it an excellent choice for businesses seeking sustainable and efficient production processes.