Commercial Stufed Meatball Forming Machine-pic
Commercial Stufed Meatball Forming Machine-pic
Commercial Stufed Meatball Forming Machine-No.1
Commercial Stufed Meatball Forming Machine-No.2

Commercial Stufed Meatball Forming Machine

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Commercial Stuffed Meatball Forming Machine

Creating center-filled meatballs—whether injecting molten cheese into ground beef or sweet fish roe into dense surimi paste—is famously unstable, frequently resulting in devastating blowouts, off-center fillings, and massive product waste during the thermal cooking phase. Engineered strictly for premium, high-margin product lines, our commercial stuffed meatball forming machine completely resolves these complex physics via advanced co-extrusion technology. Equipped with massive dual hoppers and separate, independently controlled variable frequency drives (VFD), this heavy-duty 2.2KW system precisely injects the delicate inner core perfectly into the exact center of the outer meat mass, rapidly scaling your production of lucrative, center-filled proteins to 250 pieces per minute.

Commercial Stufed Meatball Forming Machine(pic1)

  • Absolute Core Centering: The specialized dual-pipe extrusion nozzle guarantees the filling is flawlessly embedded in the absolute dead-center of the sphere, fiercely preventing thin outer walls that leak during aggressive hot water boiling.
  • Extreme Output Velocity: Relentlessly churns out up to 250 perfectly sealed, stuffed meatballs per minute, completely eliminating the astronomical labor costs of manual encrusting operations.
  • Variable Filling Ratios: Floor engineers can digitally manipulate the volume of the filling compared to the outer casing (from a light 10% injection up to a massive 30% core volume) using the independent pump dials.

Technical Specifications of the Stuffed Meatball Extruder

SpecificationIndustrial Parameter
Hardware ModelSMF-300 Dual-Hopper Series
Maximum Production Capacity150 to 250 pcs/min (Dictated by batter viscosity)
Final Product Weight Range15 grams to 80 grams per piece
Primary Drive Power2.2 KW (Twin synchronized variable frequency motors)
Standard Operating VoltageThree-Phase 380V / 50HZ (Adapts to heavy facility grids)
Filling Ratio CapabilityDigitally adjustable (Up to a maximum 30% core capacity)
Physical Machine Dimensions850 mm (L) x 650 mm (W) x 1800 mm (H)
Net Equipment Weight320 kg

Precision Dual-Hopper Co-Extrusion Dynamics

  • Independent Viscosity Management (Zero Bleeding): Pumping a highly liquid core (like melted butter or gravy) alongside a dense outer wall (like frozen beef paste) causes immense back-pressure chaos. This machine violently separates those environments. Hopper A strictly pushes the heavy outer casing, while Hopper B gently pumps the liquid core. The two totally distinct materials only physically intersect at the absolute tip of the extrusion nozzle, preventing the core from bleeding backward into the pump.
  • Scissor-Action Mechanical Shearing (Flawless Sealing): If the meatball is not perfectly sealed, the expensive inner core will violently erupt into the cooking water. The extrusion die pushes the two-part dough outward, and rapidly sliding, highly sharpened internal plates slice across the tube. This aggressive rolling cut forcefully pinches the outer meat together, trapping the core inside a flawless, hermetically sealed sphere.
  • Anti-Adhesion Metallurgy (Perfect Sphere Drop): Heavy surimi and fish pastes act like industrial glue. The cutting matrix and extrusion tubes are forged from specialized anti-stick copper alloys, actively refusing to bond with the raw protein and ensuring the ball drops instantly into the water trough without stretching into a deformed teardrop.
  • Twin Spiral Augers (Combating Air Pockets): Cavitation inside the primary meat hopper leads to half-empty meatball walls that burst. The deep SUS304 primary hopper utilizes a slow-rotating spiral auger to relentlessly force resistive chunks downward into the gear pump, guaranteeing a dense, unbroken outer meat mass.

Turnkey Integration for Heavy Yield Factory Layouts

Because this rapid 250 pcs/min co-extrusion creates inherently soft, raw spheres carrying a delicate liquid center, they absolutely cannot fall onto hard conveyor belts or they will instantly flatten. This towering 320kg machine must be securely bolted at the very front of an elongated continuous hot water setting trough. Once the dense batter is thoroughly processed in a dedicated upstream commercial meat grinder and mixer, it is loaded into the hoppers. The perfectly sealed stuffed spheres sequentially drop centimeters directly into an 80°C hot water bath, immediately turning the proteins rigid. After the core is securely locked inside the cooked outer shell, the products advance smoothly into a deep-freeze automated frozen food production line, finalizing a rapid, zero-touch industrial workflow.

Washdown Defenses for Constant RTE Production

Working persistently with multiple raw meat types and complex dairy fillings in a single machine introduces severe cross-contamination threats. Our electrical architects built the 2.2KW motor housing to stringent IP65 waterproof codes. During the mandatory nightly sanitation audit, operators do not require wrenches. The rapid-release knobs allow the entire dual-gear pump casing, twin augers, and scissor plates to be pulled directly off the 320kg heavy-gauge SUS304 chassis and plunged into aggressively heated sanitary acid sinks, ensuring zero microscopic bacterial nesting zones survive to the next active shift.

Are you destroying your luxury margin on center-filled products due to leaking meatballs and manual labor costs? Reach out to our Turnkey engineering architects today for a specialized ROI evaluation and custom plant layout.

Frequently Asked Questions

Can this sophisticated machine technically be used to produce completely normal, un-stuffed solid meatballs
Yes, absolutely. The dual-hopper engineering provides immense production flexibility. If you receive a massive order for standard, solid beef meatballs, the operator simply turns off the secondary filling pump and operates only the primary outer meat hopper. The machine functions identically to an extremely high-end solid meatball extruder.
What specific temperature should the liquid filling be when loaded into the secondary hopper
To ensure flawlessly precise pumping and strict weight control, the secondary core filling (especially if it involves cheese, fats, or heavy gravies) must be adequately chilled to maintain a semi-viscous, stable structural state during the extrusion phase. Pumping incredibly hot, watery liquids will inevitably cause severe leakage before the meatball can enter the cooking bath to solidify.
Does the machine rely on an integrated air compressor to forcefully drive the dual pistons
No, the system strictly utilizes immense mechanical rotary power rather than unpredictable pneumatic blasts. It heavily relies on twin synchronized electrical gear pumps driven by independent 2.2KW variable frequency servo motors to achieve absolute, mathematical synchronization between the outer shell and the delicate inner core.
Is it extremely difficult to switch between different production sizes, such as from a 20g ball to an 80g ball
Transitioning the overall physical product footprint demands switching the actual mechanical stainless steel molds. The digital touchscreen solely dictates the speed of the motor and the ratio pump percentages. Adjusting the physical diameter (from 20g to 80g) requires the operator to physically unbolt and rapidly swap out the metal sliding die matrix located at the bottom of the twin hoppers.
How does the machine aggressively handle massive hard gristle or bone fragments hidden in the meat
It does not tolerate massive bone fragments. The extremely tight tolerances inside the precision gear pumps and the delicate cutting plates are engineered strictly for finely ground or thoroughly emulsified pastes. Attempting to force heavy chunks of un-ground cartilage or hard bone shards into the main hopper will violently jam the mechanical gears and trigger an immediate emergency halt.

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