Versatile Material Compatibility: The DZC7050 Series model SCD-680X450 is engineered to process a wide range of materials, including PP, HIPS, PE, PET, PS, and PLA. This flexibility allows manufacturers to produce a diverse array of products, from food packaging to industrial components, catering to various market needs.
Large Molding Area: With a maximum molding area of 720x450 mm and a minimum of 350x300 mm, this machine offers great adaptability for different product sizes. Whether producing small intricate parts or larger items, the machine’s design ensures consistent, high-quality output.
High Production Speed: The machine can achieve a maximum production speed of up to 30 cycles per minute, making it ideal for high-volume production. This high-speed capability significantly boosts productivity, allowing manufacturers to meet tight deadlines and increase overall output.
Precision Molding Capabilities: With the ability to mold products up to 100 mm in height and a maximum culling force of 35T, this machine ensures precise and consistent product formation. The 160 mm mold height adjustment further enhances flexibility, accommodating a variety of product designs and specifications.
Energy Efficiency: The DZC7050 Series is designed with energy efficiency in mind, combining 83 kW of heating power with 40 kW of operating power, totaling 123 kW. This optimized power usage not only reduces operational costs but also minimizes environmental impact, making it a sustainable choice for modern manufacturing.
Compact and Robust Design: Despite its powerful capabilities, the machine is designed to be space-efficient, with dimensions of 7x2x2 meters. Weighing in at 5 tons, it is robust enough to handle demanding production environments while still fitting within standard factory spaces.
Reliable and Safe Operation: Operating on an AC380V 50Hz power supply with a secure three-wire five-wire system, the machine is built for safe and reliable operation. Additionally, the 0.7 Mpa air pressure requirement ensures stable performance during continuous, high-speed production cycles.