| Size: | |
|---|---|
| Material: | |
| Availability: | |
| Quantity: | |
QD-150S
QDMECH
AM-260717-003
Advantges
1.360 Pcs/H High-Speed Production: Designed for continuous commercial operation to maximize your ROI.
2.Precision Size Adjustment: Easily customize rice cake thickness (7-9mm) and density with our exclusive lever system.
3.Food-Grade SUS304 Material: All food-contact parts are made of premium stainless steel for ultimate safety.
4.Wide Grain Compatibility: Perfectly processes brown rice, corn, barley, and even artificial rice for diverse product lines.
Technical Parameters
Model | QD-150S |
Voltage | Single phase 220V 50/60Hz |
Power | 1520W |
Production Rate | 360 pieces/hour |
Material | SUS304 Stainless Steel |
Cake Size | 8cm Diameter, 7-9mm Thick |
Dimensions | 480*310*540MM |
Raw Materials | Rice, Corn, Barley, etc. |
N.W | 68.5kg |
Application
The QD-150s Automatic Rice Cake Machine is a versatile solution engineered for the global healthy snack market. Its compact design and high production efficiency make it ideal for a wide range of commercial environments:
FAQ
A: The whole body and inner drum liner adopt full stainless steel material, which is anti-rust, anti-deformation and corrosion-resistant to extend service life.
A: It equips triangle suspension damping structure with built-in springs, which effectively offsets vibration caused by uneven material load inside the drum for stable high-speed operation.
A: Side and bottom dual water outlet design enables rapid water outflow, greatly improving overall dehydration efficiency and drying results.
A: It fits hotel linen washing, dry cleaning shops, laundry factories, hospitals, food processing plants and hardware metal parts surface dewatering procedures.
A: We supply 6 complete models ranging SS752-500 (25kg) up to SWE301-1500 (500kg max capacity), covering small workshop and large industrial mass production demands.
A: Yes. Each model has matched drum diameter, motor power and rotation speed. You can select the suitable unit based on your daily output requirement to balance cost and efficiency.