Micro-Vibration Loss-in-Weight Feeder
The micro-vibration loss-in-weight feeder is a high-precision gravimetric feeding system engineered for ultra-gentle, low-rate delivery of delicate and challenging materials. Ideal for resin pellets, fluff, glass fiber, carbon fiber, masterbatch (color masterbatch), and other fragile formulations, this feeder ensures consistent, repeatable feeding without damaging sensitive components.
Designed with material protection in mind, the feeder uses minute vibration feeding to deliver materials damage-free, making it perfect for handling easily frayed or delicate fibers. The anti-unwinding design prevents tangling of fibrous materials like glass fiber and carbon fiber, while stable, pulse-free operation ensures continuous, fluctuation-free flow rates. Its low-residual discharge minimizes waste and simplifies cleaning, reducing downtime and maintenance costs.
Built for reliability in continuous and batch production, this micro-vibration feeder combines precision gravimetric control with gentle handling—ideal for extrusion, compounding, and high-accuracy batching processes where material integrity is critical.
Gentle Feeding for Fragile Materials
Model Flow rate range Hopper capacity Weigh capacity Trough width Feeder weight Power supply
HF-V-1A(-MP) 0.5-10 kg/h 15L 30kg 15mm Approx 59(89) kg 220V AC, 1 phase, 0.3kVA
HF-V-1B(-MP) 5-100 kg/h 25L 30kg 30mm Approx 59(89) kg 220V AC, 1 phase, 0.3kVA
HF-V-2A(-MP) 10-150 kg/h 50L 30kg 60mm Approx 62(92) kg 220V AC, 1 phase, 0.3kVA
HF-V-2B(-MP) 20-400 kg/h 80L 30kg 100mm Approx 62(92) kg 220V AC, 1 phase, 0.3kVA
HF-V-3C(-MP) 80-1000 kg/h 100L 100kg 150mm Approx 150(200) kg 220V AC, 1 phase, 0.4kVA
Why Choose HIFEEDER?
When handling fragile, easily damaged, or fibrous materials like resin pellets, fluff, glass fiber, carbon fiber, and color masterbatch, our micro-vibration loss-in-weight feeder stands out as the most reliable and gentle feeding solution on the market.
Unlike traditional feeders that risk damaging delicate components or tangling fibers, this system uses controlled micro-vibration feeding to move materials without contact stress. The result is damage-free delivery, zero fiber unwinding, and consistent flow rates—even for the most sensitive formulations. The anti-trough design prevents bridging and tangling, while stable, pulse-free operation ensures fluctuation-free flow, eliminating costly production interruptions.