Small Milking Machine

Small Milking Machine
Details:
The Small Milking Machine is a compact, portable milk-harvesting system engineered specifically for family farms, smallholders, and small-scale specialized livestock operations. Integrating a miniature, low-decibel vacuum pump assembly with a highly flexible pneumatic pulsator, the machine flawlessly replicates a calf or lamb's natural suckling rhythm. This setup delivers variable-frequency massage-and-suction milk harvesting without triggering physiological stress in the animals. The entire configuration is built onto a lightweight, balanced, and ultra-compact trolley chassis, paired with a fully enclosed, food-grade stainless steel milking bucket that walls off ambient barn dust and odors to eliminate bacterial breeding grounds. Characterized by its user-friendly controls, agile mobility, and tool-free quick-disassembly layout, this machine heavily cuts down the intense physical labor of manual hand-milking while fully safeguarding udder health.
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Description
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IMETEC Intelligent Equipment (Shandong) Group Co., Ltd. is one of the leading manufacturers and suppliers of small milking machine in China. Welcome to wholesale durable small milking machine made in China here and get quotation from our factory. All CE approved products are with high quality and competitive price.

 

High-Throughput Dual-Bucket: IMETEC Small Milking Machine​

 

 

IMG2455

Products Description

 

Highly Balanced Miniature Chassis and Effortless Cross-Barn Mobility
To accommodate the specific realities of family farms, which often feature uneven terrain and low, cramped spaces, the entire machine completely abandons traditional heavy, unrefined steel framing. Instead, it utilizes an ultra-compact trolley chassis optimized through ergonomic and dynamic weight distribution principles. By precisely lowering the center of gravity of the heavier motor-pump assembly, operators can effortlessly lift the handle with just a single hand to transport the machine across muddy barn lanes, high thresholds, and temporary corrals, achieving authentic, on-site "point-of-care" milk harvesting.

Comprehensive Spectroscopic Re-verification of Milk-Contact Materials and Zero-Blind-Spot Biological Contamination Prevention
Every component in physical contact with raw milk-including the stainless steel milking bucket, triple-junction lid connectors, and the claw cluster-is strictly required to undergo 100% spectroscopic chemical composition analysis upon factory arrival to guarantee absolute SUS304/316L purity grades. All interior metal walls receive a high-precision, mirror-polished finish, tightly locking the surface roughness (Ra) below 0.4 microns to prevent milk stone adhesion. Paired with an integrated float-style anti-overflow shutoff valve beneath the lid, the layout completely walls off raw milk from backflowing into the pneumatic circuits or being exposed to airborne barn dust and ambient secondary biological odors.

Application Field

 

Micro-to-Small Family-Owned Farms and Moderate-Scale Smallholders
For backyard cooperatives or family homesteads managing a herd size of 1 to 15 head, establishing a permanent, large-scale pipeline milking parlor is entirely impractical due to strict spatial constraints and capital budget limits. This miniature trolley-style machine serves as the ideal bridge to transition away from inefficient, high-intensity manual hand-milking toward standardized mechanical harvesting. Featuring a highly simplified, one-touch control layout, a single operator can independently execute efficient milk collection for small herds, successfully liberating core family labor forces.

Decentralized Free-Range Operations in Complex Terrains, Hilly/Mountainous Grazing Zones, and Off-Grid Nomadic Pastures
In traditional pastoral regions characterized by rolling topography, scattered barns, and a total absence of fixed stainless-steel vacuum lines, this equipment operates as the primary milk-harvesting asset to break down spatial barriers. Benefiting from its highly balanced, lightweight miniature handcart structure, handlers can effortlessly push and pull the machine or load it into light transport vehicles. This allows them to descend directly into remote woodlands, pasture mountain paths, or temporary corrals for immediate, on-site harvesting, successfully avoiding the risks of livestock miscarriage or stress-induced yield drops associated with long-distance herding.

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Quality Control

 

Micron-Level Dynamic Dual-Balancing and Acoustic Decibel Threshold Verification for Compact Quiet Pump Assemblies
Because miniature milking machines typically operate within confined barn stalls in extreme proximity to livestock, the operational vibration and noise of the motor-driven vacuum pump stand as primary culprits for triggering animal stress and subsequent milk retention. To eliminate this issue, all miniature pump units must undergo high-precision axial and radial micron-level dynamic dual-balancing calibration prior to assembly, completely eradicating low-frequency resonance. Upon entering the final factory inspection line, finished products are subjected to a full-load sound level meter scan inside a sealed anechoic testing chamber to ensure that operational noise is strictly suppressed to an ultra-low threshold of 50–52 decibels. Any pump assembly presenting sudden, sharp metallic anomalies or structural chattering is permanently scrapped at a single touch.

Long-Term Pneumatic Pressure-Holding and Micro-Pressure Drop Isolation Calibration for Dual-Fluid Split Airtightness Systems
To address the strict physics requirements of portable standalone machines, whose small-volume negative-pressure chambers are exceptionally sensitive to seal integrity, the entire assembly undergoes a rigorous micro-leakage pressure-holding verification process. The testing inspection line applies an extreme negative pressure exceeding the conventional operating threshold by 30% across the milking bucket lid, negative-pressure lines, and the main pulsation valve, executing uninterrupted sealed monitoring for 15 minutes. Utilizing digital pressure transmitters to capture the pneumatic variance waveforms in real time, the system guarantees that the instantaneous negative pressure drop across the entire closed loop remains strictly below ±0.2 kPa throughout the validation cycle, stringently preventing liner slippage or drops caused by microscopic valve seepage.

 

FAQ

 

Q1: How are the "suction" and "massage" phases of this small machine executed through the pneumatic circuits? What is the scientific basis for how this design protects livestock teats?

A: This is achieved through the synchronized coordination between the integrated pneumatic pulsator and the dual-layer teat cup assembly. The pulsator continuously and alternately cuts off and introduces ambient atmospheric air, causing the interstitial space between the rigid outer shell and the inner silicone liner to shift rapidly between a "vacuum" and "atmospheric pressure." When a vacuum is applied to this chamber, the liner opens, allowing the internal negative pressure to extract the milk. Conversely, when atmospheric air enters the chamber, the liner collapses inward, applying a physical squeezing and massaging force to the livestock's teat. This precise, timed alternation between the "suction" and "release" phases actively promotes proper peripheral blood circulation within the teat tissue, preventing localized mechanical necrosis or nodules caused by prolonged exposure to constant negative pressure.

Q2: During real-world operations in windy and dusty open pastures, how does this portable standalone unit ensure that the harvested raw milk remains free of "barn odors" or sand and dust impurities?

A: The equipment features a two-way, anti-contamination, hermetically sealed fluid loop integrated into both its aerodynamic and physical structures. First, the stainless steel milking bucket lid is outfitted with an ultra-thick, double-lipped, high-elasticity sealing gasket. Once negative pressure locks the system, external ambient air is physically blocked from infiltrating through any gaps along the bucket rim. Second, since the pulsator requires ambient air intake to modulate its phase cycles, we have fitted a high-density, micron-level air filter cap over its intake breathing ports. This physical barrier robustly intercepts airborne grass debris, blowing dust, and dander mixed with ambient ammonia gas, ensuring every stream of air entering the system is fully purified to guarantee the baseline physical and chemical purity of the raw milk inside the bucket.

Product Specifications

 

Item

Category

Specification / Parameter

Main Component Materials

Frame Material

Stainless Steel

Milk Tube

Transparent Milk Tube

Milk Bucket

Food-grade Stainless Steel

Teat Cup Liner

Food-grade Silicone

Basic Parameters

Motor Power

1500W, 220V / 50Hz

Pulsation Frequency

60–80 times/min, Ratio: 60/40

Working Vacuum Pressure

0.04–0.05 MPa (Adjustable)

Vacuum Pump Air Flow

250 L/min

Motor Speed

1440 rpm, 1500W / 220V

 

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