Sausage Stuffer

Hydraulic sausage stuffer for fresh and emulsified sausage filling, 200-800 kg/h. Request a quote, layout plan, or sample test video.

Detailed Equipment Introduction
Gain in-depth insights into Sausage Stuffer equipment’s working principles, application scenarios, and technical highlights.

Sausage Stuffer for Fresh Sausage Lines That Need Stable Fill Pressure

Executive Summary

When sausage filling becomes unstable, the plant usually sees the same problems at once: air pockets in the casing, burst links, uneven product diameter, and unnecessary giveaway at the clipping table. This hydraulic sausage stuffer is built for processors that need a dependable filling step for fresh sausage, seasoned meat paste, and luncheon meat batter without moving directly to a higher-cost vacuum filling platform. It is a practical choice for butcher plants, central kitchens, and medium-capacity meat factories that want steady output, simple maintenance, and clean product handling.

Technical Quick Reference for the 20 L, 30 L, and 40 L Fillers

ModelFilling ConfigurationCapacityHopper VolumeCylinder VolumeHydraulic PressureFilling Tube DiameterVoltagePowerDimensionsMaterialWeight
20 Single-Tube1 outlet200 kg/h20 L20 L2.0 MPa16 / 19 / 22 mm220 V / 380 V1.5 kW800 x 630 x 1200 mmProduct-contact SUS304200 kg
30 Single-Tube1 outlet300 to 600 kg/h30 L30 L2.5 MPa16 / 25 / 32 mm380 V1.5 kW950 x 560 x 1400 mmProduct-contact SUS304260 kg
40 Double-Tube2 outlets500 to 800 kg/h40 L40 L2.5 MPa16 / 25 / 32 mm380 V2.2 kW1100 x 730 x 1600 mmProduct-contact SUS304400 kg

Keep Casing Breakage, Air Pockets, and Density Drift Under Control

Buyers do not usually replace a sausage stuffer because of motor size alone. They replace it because the machine cannot hold a steady fill when the product gets denser, colder, or more particulate. This model family is arranged around the production issues that matter most in real sausage rooms.

How the Hydraulic Filling Circuit Works with Chilled Meat Batter

The machine operates through a hydraulic pump, oil circuit, piston cylinder, outlet manifold, and interchangeable filling tubes. Prepared meat batter is loaded into the hopper and cylinder. Once the motor drives the hydraulic pump, pressure is transferred to the piston, which displaces the product through the selected filling tube and into the casing. A relief valve protects the circuit when the batter becomes too cold or too dense, while stroke limit switches control forward and return travel for repeatable filling cycles.

This structure is well suited to fresh sausage and luncheon meat production because the filling force is applied through a broad piston face rather than an aggressive screw feed. In practice, that means less mechanical damage to coarse particles, lower risk of fat smear, and steadier discharge when operators are changing casing bundles or adjusting clip rhythm. The standard control arrangement is straightforward and durable for daily production, and plants that need closer coordination with conveyors or clipping devices can specify foot-switch actuation or a PLC and HMI control package for interlock management.

On the 40 L double-tube version, the outlet manifold divides product flow into two filling positions. This gives meat plants a practical way to raise hourly output, support two operators, or feed parallel hanging positions without stepping immediately into a fully automatic vacuum filler investment.

Where This Sausage Stuffer Fits Best in a Real Production Line

This machine is a strong fit for processors making fresh pork sausage, bratwurst, chorizo, chicken sausage, breakfast links, and plastic-cased luncheon meat. A typical process rhythm starts with trimming and grinding, followed by seasoning, ice or water addition, and mixing. The prepared batter then moves into stuffing, linking or clipping, hanging or conveying, thermal processing if required, cooling, inspection, and final packing.

For buyers planning a broader project rather than a standalone filling station, the stuffer can be built into an automatic meat processing line that covers grinding, mixing, stuffing, cooking, cooling, and packaging. In practical terms, the 20 L and 30 L models are well matched to one-operator fresh sausage rooms and medium-throughput butcher plants, while the 40 L double-tube model suits factories that need faster casing loading and better labor utilization.

Engineering Support That Matters After the Machine Arrives

For export projects, procurement teams usually need more than a quotation and a nameplate. Hongsheng Yuanlin supports sausage filling projects with the documents and service items required for installation, operator training, and plant approval workflows. Machines can be supplied with CE-oriented safety configuration, electrical setup for local voltage standards, and food-contact material records for audit files. For plants working toward USDA-style sanitary expectations or BRCGS-audited operation, the machine can be specified with smooth-contact execution, accessible clean-down zones, and a clearer documentation package for site validation.

Send us your sausage type, casing size, target hourly output, and plant voltage. We will recommend the right 20 L, 30 L, or 40 L sausage stuffer, prepare a quotation with layout guidance, and share a sample filling video for reference.

Frequently Asked Questions

Can this sausage stuffer run natural casings and collagen casings?
Yes. The machine can run natural, collagen, and plastic casings within the selected filling tube range. Matching the nozzle diameter to the casing caliber and keeping the batter chilled are the main factors for stable filling and lower breakage.
What products is this machine best suited for?
It is commonly used for fresh pork sausage, beef sausage, chicken sausage, chorizo, breakfast links, luncheon meat paste, and other meat fillings with medium to high viscosity.
What meat temperature should be maintained before stuffing?
For most fresh and emulsified sausage applications, 0 to 4 C is the practical operating window. This helps control fat smear, keeps viscosity stable, and reduces pressure fluctuation at the nozzle.
Can the 40 L double-tube model feed two operators at the same time?
Yes. The double-tube configuration is designed to split the product stream into two filling points, which is useful when plants want higher hourly output or parallel casing loading without moving to a fully automatic vacuum filler.
Can this hydraulic sausage stuffer handle coarse-ground sausage with visible particles?
Yes. The piston-based filling method is well suited to coarse pork or beef mixes, provided the particle size matches the selected nozzle diameter and the mix is not over-chilled to the point of excessive resistance.
Does this machine replace a vacuum filler?
Not in every case. For standard fresh sausage and many luncheon meat applications, a hydraulic stuffer is a robust and economical choice. If the process requires near-zero entrained air, high-speed automatic portioning, or tighter synchronization with automated clipping at larger scale, a vacuum filler may be the better platform.
What equipment is usually installed before and after a sausage stuffer?
A typical line includes grinding, mixing or chopping, stuffing, linking or clipping, thermal processing if required, cooling, metal detection, and final packaging. The exact sequence depends on whether the product is fresh, cooked, smoked, or canned.
Certifications
Internationally recognized certifications guarantee equipment reliability and compliance.
CE Certification

CE Certification

ISO 9001

ISO 9001

FDA Certification

FDA

Halal Certification

Halal Certified

Environmental Certification

Environmental Certification

Patented Technology

Patented Technology

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