As sugar beet accounts for over 60% of global sugar supply, growers worldwide seek precision solutions to address labor shortages, yield inconsistency, and strict environmental standards. The 4RD-800C Seed Pellet machine ,integrating robust modular design—including pelleting main unit, pulse dust collector, automatic feeding elevator, Siemens control cabinet, and two material transfer boxes—with premium stainless steel construction. Its 0.1~0.15mm pail-centrifugal disc gap eliminates jamming and missed seeds even for Small tobacco seeds, ensuring zero waste and uniform pelleting.
Powered by Siemens’ intelligent control system with recipe memory, the 4RD-800C seed Pellet machine working principle adopts ultra-high-speed uniform-speed centrifugal granulation technology, which keeps the seeds in a suspended state and fully blends them with the powder. With a 300~10000 g batch capacity and 30-minute processing time, it balances efficiency with precision: medical-grade pumps deliver milliliter-accurate water/chemical dosing via dual liquid devices, and adopt precise measurement methods with guarantees consistent nutrient distribution—directly boosting germination rates to 95%+ and seedling uniformity. Operating at 19 kw total power (7.5 kw main motor), it optimizes energy use without compromising performance.
Ideal for seed companies, cooperatives, farms, and research institutions globally, the 4RD-800C seed Pellet machine transforms sugar beet cultivation by enabling precision seeding (eliminating manual thinning costs), reducing downtime with easy maintenance, and aligning with sustainability goals through dust-free, resource-efficient operation. Whether for large-scale production in Europe, research trials in North America, or cooperative farming in Central Asia, this machine delivers reliable, high-quality pelleting that drives yield, sugar content, and profitability. Invest in the 4RD-800C seed Pellet machine to turn ordinary seeds into high-performance pellets—and your operation into a leader in global sugar beet cultivation.
