The Pin-Bone Remover Machine is an innovative solution designed to efficiently remove bones from various types of fish and the shell from crustaceans such as shrimps, prawns, or king prawns, whether raw or cooked. This versatility ensures the production of an excellent product for a wide range of applications. The machine offers optional features like constant and controlled feeding through a helicoid mounted on the reception hopper and customizable diameters of the holes in the drum (between 1.5 and 8 mm), depending on the desired product outcome. Constructed from durable stainless steel AISI 304, it meets the highest standards of hygiene and longevity. In the canning industry, particularly for tuna, it's used to separate bones from flakes generated during the cleaning process, with a perforated drum that's easy to assemble or disassemble. The diameter of the holes can be adjusted to balance production and flake quality, with smaller diameters
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The Tuna Fish Steam Cooker is expertly designed to refine the production process for tuna, focusing on increasing total fish yield through precise thermal gradient control and moisture content preservation. This ensures the fish remains moist, facilitating easier cleaning post-cooking. Tailored for flexibility, it offers adaptations for client-specific trolleys and the option for cooking without vacuum, enhancing its utility in diverse processing environments. Remote support capabilities allow for diagnostics and adjustments via PC and Ethernet, ensuring seamless operation and troubleshooting. Constructed from high-quality stainless steel AISI 304 L, the cooker is built for durability and hygiene compliance. Key features include a fully automatic cooking cycle, options for time or temperature-driven cooking directly in the fish's bone, and advanced process control via the latest generation PLC with exclusive tuna cooking programming. Temperature monitoring through thermocouple
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The Tunidae Classification Line is a sophisticated system designed for the automatic calibration of tunas, leveraging both size and weight metrics to ensure the highest yield during the cooking process and facilitate selective storage. This line is capable of handling up to 50000 kg/hour for fish up to 15 kgs/unit with a single line, and offers the option for expanded production through multiple parallel lines for outline-based classification. Weight-based classification capacities are tailored according to the range of sizes to be classified, ensuring versatility and adaptability to specific production requirements. Constructed from durable and hygienic stainless steel AISI 316-304, the system incorporates advanced features such as the combination of outline and weight classification for large-scale productions with high accuracy. It also allows for the preliminary manual classification of species, or through machine vision cameras, to remove non-predominant species
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Designed for the continuous pasteurisation of a wide variety of products of animal or vegetable origin, packaged in any type of format. Production: According to the client’s needs. AISI 304 stainless steel construction. Features: Especially indicated in production lines where it is not possible to carry out discontinuous pasteursation in traditional autoclaves or when there are no space limitations. Automatic process control. Optimal steam consumption. Direct steam pasteurization.
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The Pendular Autoclave is specifically designed to meet the sterilization needs of products with viscous sauces, utilizing a unique pendular movement that stirs the product, ensuring liquids and solid particles are evenly distributed throughout the container. This method not only prevents container damage but also significantly improves sterilization times, making it an ideal solution for preserving the quality and safety of food products. Constructed from AISI 304/316 stainless steel, the autoclave offers a range of diameters and lengths to accommodate various client requirements. It features the possibility of adding internal traction for the carts, streamlining the sterilization process and easing the workload for operators. Additionally, heat exchangers are made from high-quality Inox or Titanium, ensuring efficient temperature control and durability. Tailored to enhance the sterilization of products requiring gentle agitation, this autoclave represents a significant advancement
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