Sesame Seed Double Air Screen Cleaner

Sesame Seed Double Air Screen Cleaner

Recognizing the delicate nature and high market value of sesame seeds, Shijiazhuang Xinlu Technology Co., Ltd. has developed the Sesame Seed Double Air Screen Cleaner, specifically designed to handle the smallest of seed sizes with minimal damage. The system’s first cleaning stage combines a low-impact vibrating deck with an aspirator fan that lifts and separates ultrafine debris—such as dust particles and seed coat flecks—while gently moving whole seeds forward. Once through the first deck, seeds enter the second phase, where a set of precision-woven screens removes any remaining larger impurities, including small stones or sporadic weed seeds.

The cleaner’s dual-stage airflow configuration comprises two independent blowers, each equipped with filter assemblies to capture aspirated particles. Operators can adjust fan speed, deck amplitude, and screen aperture size via a centralized control panel, enabling rapid recipe changes for different sesame varieties and moisture contents. Frame construction utilizes corrosion-resistant materials, and all seams are sealed to prevent dust escape, supporting both food-safety regulations and cleanroom requirements.

Performance tests conducted at Shijiazhuang Xinlu Technology Co., Ltd.’s testing facility show that the system can process up to 8 t/h of raw sesame seed, delivering impurity removal efficiencies exceeding 92% while maintaining seed integrity above 99%. The double-air-screen approach reduces the need for manual rework and ensures consistent quality for applications ranging from tahini production to bakery supply.

Maintenance is simplified through tool-free access doors and quick-change screen frames. Operators can conduct mesh cleaning or replacement within minutes, and the aspiration filters feature slide-out cassettes for rapid servicing. Shijiazhuang Xinlu Technology Co., Ltd. stands behind each unit with a full spare-parts inventory, remote diagnostics support, and preventive maintenance programs to minimize unplanned downtime.