The YC Mechanism Meat Brine Injector series (ZSJ-72, ZSJ-180, ZSJ-360) represents the pinnacle of industrial meat processing technology, specifically engineered for meat mince and emulsion injection production lines. By utilizing a sophisticated modular construction with replaceable syringe bridges, these systems allow for rapid product transitions and effortless cleaning, ensuring that your production line maintains maximum uptime and adheres to the strictest hygiene standards.
Unlike traditional soaking methods, our precision injection technology ensures a constant linear velocity of the needle, achieving a perfectly consistent brine distribution throughout the meat's interior. Integrated with an ICS intelligent control system, the process optimizes product height, injection depth, and pressure, redefining flexibility and accuracy in the food processing industry while significantly extending shelf life and enhancing the sensory quality of the final product.
| Model Range | ZSJ-72 / ZSJ-180 / ZSJ-360 | Capacity (T/h) | 0.5 to 8.0 T/h |
|---|---|---|---|
| Power (kW) | 5.3 / 13.5 / 21.0 kW | Injection Pressure | 0.4 ~ 1.0 Mpa |
| Stroke (mm) | 120 / 30-190 / 30-190 mm | Injection Speed | 16-24 / 10-65 / 10-65 Times/Min |
| Needle Quantity | 72 / 180 / 360 PCS | Injection Ratio | 10-80% / 5-100% / 5-100% |
| Agitating Tank | 60-80L / 300L / 500L | Drive System | Standard / Adjustable Servo Drive |
Equipped with a professional CIP cleaning system and stainless steel construction to meet global food safety standards.
Modular syringe bridges allow for quick replacements with no mechanical adjustments needed between different products.
Constant linear needle velocity ensures brine is spread evenly, eliminating localized saltiness or dry spots.
ICS intelligent control system manages pressure, depth, and feeding with dynamic weighing measurement.
Breaks down muscle proteins to improve tenderness and ensures moisture retention during high-heat cooking.
Full integration with upstream filtration, re-emulsification, and downstream cooling or sterilization systems.
Dynamic weighing measurement ensures precise feeding and discharging of meat materials.
Digital adjustment of product height, injection depth, and pressure for custom formulations.
Automated cleaning-in-place system to maintain sterility without dismantling the entire line.
Adjustable speed servo drives for precise control over injection cycles and timing.
Coordinated control of filtration, re-emulsification, and tenderization stages.
Centralized ICS system for automated production and seamless operating system integration.
| Feature | Traditional Brining | YC Brine Injection |
|---|---|---|
| Processing Time | 12 - 24 Hours | Minutes / Continuous |
| Labor Cost | High (Manual Handling) | Low (Automated ICS) |
| Product Yield | Variable Absorption | Precise % Increase |
| Space Requirement | Large (Cold Storage) | Compact (Production Line) |
| Consistency | Surface-heavy flavor | Uniform Interior Flavor |
Professional injection delivers brine directly into the meat's core, drastically reducing processing time from hours to minutes and ensuring uniform moisture and flavor distribution that surface marinating cannot achieve.
Our machines are constructed from food-grade stainless steel and feature an integrated CIP (Cleaning-In-Place) system, allowing for deep sterilization without time-consuming manual disassembly.
Yes, the ICS intelligent control system allows operators to set the injection ratio (typically between 5-100% depending on the model), pressure, and depth to suit specific product requirements.
Yes, by injecting a controlled amount of brine solution, the weight of the product increases, which improves profit margins while enhancing the juiciness and tenderness of the meat.
These systems are ideal for meat mince, emulsions, and large cuts of pork, beef, and poultry, particularly for products destined for roasting, grilling, or smoking.
The modular syringe bridges can be changed quickly, allowing the facility to switch from one product type to another without mechanical downtime, maximizing operational efficiency.