English
Recently, to the sound of logistics vehicles' horns, ten new-model ozone disinfection cabinets slowly pulled out of the factory premises, embarking on their journey to our cooperative client. This is not merely the delivery of a batch of products, but a solemn commitment to repaying our clients' trust through professional technology, as well as a solid step forward for our new-model ozone disinfection cabinets in the market.
In today’s era of increasingly refined demands for disinfection equipment, common drawbacks of traditional devices—such as incomplete sterilization, cumbersome operation, and high energy consumption—have become critical pain points hindering industry development. Our new-model ozone disinfection cabinet, however, has been tailor-made with targeted optimizations for these core challenges. Backed by strong core capabilities, it heralds a new era of upgrading for disinfection equipment.
The core advantages of the new-model ozone disinfection cabinet lie in the refinement of every detail. Adopting high-concentration ozone generation technology, it boasts a 30% higher ozone penetration rate than the previous model, enabling rapid coverage of every crevice of tableware. Whether it’s intricately carved tableware or stacked bowls and plates, full-range, dead-angle-free sterilization is achieved—with a sterilization rate of up to 99.9%, fully complying with national food safety and hygiene standards.
Meanwhile, we have innovatively integrated an intelligent temperature control system that automatically adjusts disinfection temperature and duration based on tableware materials. This not only avoids tableware damage caused by high temperatures but also effectively reduces energy consumption, helping clients achieve green operations.
To uphold our quality commitment, we have implemented full-process quality control starting from the production stage. Each disinfection cabinet undergoes 12 rigorous procedures, including component inspection, assembly precision calibration, ozone concentration testing, and safety performance verification, ensuring the stability and reliability of factory-delivered products. Prior to shipment, our technical team conducted comprehensive debugging on the ten units, inspecting key components such as control panels, disinfection programs, and door lock mechanisms one by one, with detailed records of all data—all to present "zero-defect" products to the market.
