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

Meatball Forming Machine

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Multi-Head Industrial Meatball Forming Machine

When a rapidly scaling meat processing factory upgrades to a continuous, one-meter-wide hot water cooking trough, relying on archaic single-drop extrusion equipment creates a devastating, inescapable bottleneck. To fully utilize the thermal capacity of massive industrial cooking lines, our heavy-duty multi-head meatball forming machine deploys a highly aggressive, parallel extrusion matrix. By forcefully pushing dense meat batter through four synchronized cutting heads simultaneously, this imposing 2.2KW production giant single-handedly drops up to 800 geometrically perfect meatballs per minute, spreading the payload evenly across the entire width of the boiling bath and mathematically terrifying your competition.

  • Massive Parallel Output: Obliterates standard production caps by executing four simultaneous rolling cuts per stroke, resulting in an overwhelming 800 pieces per minute.
  • Absolute Lane Uniformity: The advanced hydraulic manifold strictly equalizes the internal batter pressure across all four dropping nozzles, ensuring the meatballs in lane 1 weigh identically to the meatballs in lane 4.
  • Unyielding Copper Molds: Upgraded with our heaviest anti-adhesion copper alloy composite dies, rapidly shedding highly viscous fish pastes and dense poultry mixtures without dragging or teardrop deformation.

Technical Specifications of the Multi-Lane Extruder

SpecificationIndustrial Parameter
Hardware ModelMMB-600 Multi-Head Series
Maximum Production CapacityUp to 800 pcs/min (Four simultaneous extrusion heads)
Mold Diameter CapabilitiesΦ 15 mm to Φ 50 mm (Requires total head die swap)
Primary Drive Power2.2 KW (High-torque industrial asynchronous motor)
Standard Operating VoltageThree-Phase 380V / 50HZ (Strictly high-voltage industrial)
Structural Chassis MaterialFull SUS304 Thick-Gauge Stainless Steel
Physical Machine Dimensions1200 mm (L) x 800 mm (W) x 1600 mm (H)
Net Equipment Weight380 kg

Dominating Massive Volumes with Multi-Head Extrusion

  • Simultaneous Target Dispersal (Maximizing Boiler Width): Dropping 800 meatballs per minute from a single nozzle would physically stack raw meat on top of itself in the boiling water, causing them to fuse into an unsalvageable block. The four-head manifold specifically spreads the drop zone across a massive horizontal width, ensuring every single meatball instantly hits boiling water and begins thermal setting without physically touching its neighbor.
  • High-Pressure Emulsion Manifold (Zero Cavitation): Feeding four distinct cutting heads requires enormous internal pressure. The massive SUS304 hopper utilizes dual intermeshing augers that violently rip through dense, cold batter, driving it into a specialized continuous pump that refuses to allow destructive air pockets (cavitation) from entering the extrusion pipelines.
  • Syncronized Scissor-Cut Matrix (Flawless Sealing): Driven by a centralized heavy camshaft, all four sliding cutting plates fire in absolute microsecond synchronization. This high-speed scissor action cleanly severs the downward-flowing meat paste, mechanically forcing the dense protein to immediately snap into a highly uniform, structurally dense ball.
  • Integrated Water Lubrication (Thermal Pre-Conditioning): To further combat extreme friction, the internal cutting rail is micro-dosed with a continuous spray of water. This creates an invisible hydrodynamic slip layer between the raw meat and the copper, drastically extending the razor edge of the cutting plates during grueling 14-hour production shifts.

Synchronized Deployment in 2000kg/h Central Factories

A machine packing this aggressive 380kg footprint and 800 pcs/min output serves strictly as the mechanical vanguard in colossal food manufacturing halls. It completely redefines the geometry of your plant layout. By positioning this multi-head former directly above the entry bay of a massive two-stage (cooking and cooling) continuous water trough, you establish a relentless manufacturing highway. When fed continuously by a dedicated fleet of meat processing machinery upstream, this extruder effortlessly feeds the raw payload forward, acting as the critical anchor that makes highly lucrative automated food production lines a physical reality for soaring multinational brands.

Why Our Food Machinery Exceeds Stringent CE Directives

When engineering high-voltage, wet-environment meat machinery, electrical lethality is the primary engineering adversary. The heavy 2.2KW motor, hydraulic arrays, and overarching variable frequency drives are strictly isolated deep within an incredibly defensive, IP65-rated waterproof stainless steel vault. Plant supervisors can subject the entire exterior chassis and the detachable feeding hoppers to catastrophic high-pressure caustic foam sanitation without breaching the electrical core. Our unwavering commitment to strict CE compliance and profound operational safety shields your corporate liability while maximizing your daily factory tonnage.

Are you trapped using weak, single-drop forming equipment that chokes the rest of your boiling line? Contact our international industrial deployment team today and calculate the ROI of upgrading to a true four-lane extruder.

Frequently Asked Questions

Can the four independent extrusion heads be adjusted to create four totally different sizes of meatballs simultaneously
No, that is mechanically impossible. The four dropping heads are firmly synchronized to a unified cutting plate matrix and a single dominant gear pump. Consequently, if you load the 25mm mold plate, all four dedicated heads will simultaneously extrude absolutely identical 25mm meatballs.
Will this machine effectively process incredibly chunky meat pieces or un-ground ligament fragments
Absolutely not. The complex, highly narrowed pathways comprising the multi-lane manifold are engineered with incredibly tight internal tolerances designed specifically for perfectly emulsified pastes or highly uniform ground meats. Attempting to force large, unbroken chunks of hard gristle or bone through the manifold will violently jam the system and destroy the fluid dynamics.
What exact methodology is required to clean the intricate multi-head manifold at the end of the shift
Despite the imposing size, our mechanical engineers prioritized rapid sanitation. The entire manifold block, all four copper dropping nozzles, and the massive primary dual-auger hopper unbolt via specialized heavy-duty quick-release locking levers. Two sanitation workers can completely strip the raw-meat contact zones off the machine chassis in roughly 15 minutes to initiate separated deep-sink acid soaking.
Does the equipment generate its own internal heat to keep the heavy fat inside the meats from solidifying
No, the machine relies entirely on intense mechanical pressure, not thermal heating. In fact, injecting heat into the raw meatball mass prematurely would trigger a severe bacterial bloom and begin melting the fats required for structural emulsion. The primary hopper and pumping blocks deliberately operate at the ambient temperature of your highly refrigerated processing hall.
If one of the specific extrusion lanes physically jams, will the other three continue pumping properly
If an extreme blockage occurs in one localized nozzle, the fluid pressure within the central hydraulic manifold will instantly spike and aggressively redirect its force to the path of least resistance (the three open nozzles), which will temporarily ruin the precise weight uniformity of the remaining lanes. In this occurrence, the machine must be paused to swiftly clear the obstruction.

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