MACHINERY FOR AQUACULTURE INDUSTRY
Washing
Horizontal washer
DESCRIPTION
Machinery designed for mussel threshing, by rotation of a group of rubber palettes, together with blades and a helical brush, which cut the mussel's lawn and separate the product waste. Provided with a lateral water shower that facilitate the whole process.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer of direct coupling.
Machinery designed for mussel threshing, by rotation of a group of rubber palettes, together with blades and a helical brush, which cut the mussel's lawn and separate the product waste. Provided with a lateral water shower that facilitate the whole process.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer of direct coupling.
Vertical washer
DESCRIPTION
Machinery designed for mussel threshing, by rotation of two groups of brushes interposed between them, separated by special metal rods, together with water at pressure from an upper shower. Is provided with a vibratory grid underneath to remove the product waste.
TECHNICAL FEATURES
Adaptable dimensions to the filtering needs. Structure built in stainless steel AISI 316. Driven by an electrical engine-reducer of direct coupling and two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Machinery designed for mussel threshing, by rotation of two groups of brushes interposed between them, separated by special metal rods, together with water at pressure from an upper shower. Is provided with a vibratory grid underneath to remove the product waste.
TECHNICAL FEATURES
Adaptable dimensions to the filtering needs. Structure built in stainless steel AISI 316. Driven by an electrical engine-reducer of direct coupling and two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Classification
Rod classifier
DESCRIPTION
Machine designed for mussel classification, by rotation of a group of spiral rollers, which transport the mussels all around the classifier. Gradual classification is achieved from smaller to greater along the full roller width. Automated regulation of roller opening to vary the classification. Roller calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer.
Machine designed for mussel classification, by rotation of a group of spiral rollers, which transport the mussels all around the classifier. Gradual classification is achieved from smaller to greater along the full roller width. Automated regulation of roller opening to vary the classification. Roller calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer.
Vibratory grid 2T
DESCRIPTION
Machine designed for mussel classification in two sizes, by means of vibration of calibrated grids. Adaptable calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Machine designed for mussel classification in two sizes, by means of vibration of calibrated grids. Adaptable calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Vibratory grid 3T
DESCRIPTION
Machine designed for mussel classification in three sizes, by means of vibration of calibrated grids. Adaptable calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Machine designed for mussel classification in three sizes, by means of vibration of calibrated grids. Adaptable calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Vibratory grid 4T
DESCRIPTION
Machine designed for mussel classification in four sizes, by means of vibration of calibrated grids. Adaptable calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Machine designed for mussel classification in four sizes, by means of vibration of calibrated grids. Adaptable calibration upon customer's needs.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical motors - vibrators. Speed regulation by means of a frequency shifter. Vibration is borne on compression spring of stainless steel.
Clasificado
Clasificador de varillas
DESCRIPCIÓN
Maquinaria diseñada para el clasificado de mejillón, mediante la rotación de un grupo de rodillos con espiral que transportan el mejillón por todo el clasificador. Consiguiendo un clasificado gradual de menor a mayor por toda el ancho del rodillo. La regulación de apertura de los rodillos para la variación de clasificado es de forma automática. Calibrado de rodillos adaptado a las necesidades de cada cliente.
CARACTERISTICAS TÉCNICAS
Dimensiones adaptables a las necesidades de producción. Estructura construida en acero inoxidable AISI 316 ó 304. Accionada por un motor-reductor eléctrico.
Maquinaria diseñada para el clasificado de mejillón, mediante la rotación de un grupo de rodillos con espiral que transportan el mejillón por todo el clasificador. Consiguiendo un clasificado gradual de menor a mayor por toda el ancho del rodillo. La regulación de apertura de los rodillos para la variación de clasificado es de forma automática. Calibrado de rodillos adaptado a las necesidades de cada cliente.
CARACTERISTICAS TÉCNICAS
Dimensiones adaptables a las necesidades de producción. Estructura construida en acero inoxidable AISI 316 ó 304. Accionada por un motor-reductor eléctrico.
Stringing
Mussle stringer
DESCRIPTION
Machinery designed for automated mussel stringing.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by 2 hydraulic engines. Hydraulic flow regulation.
Machinery designed for automated mussel stringing.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by 2 hydraulic engines. Hydraulic flow regulation.
Weighing
Automated weigher 5-15 kg
DESCRIPTION
Machinery designed for automated mussel weighing, by means of two belts, one of large output and another refined, which sustain a weighing hopper in an automated way. The order to unload can be manual or automated. The weighing system can be programmed in a range from 5 to 15 kg.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical engines-reducers of direct coupling. Speed regulation by means of a frequency shifter. Modular Polyethylene belt. Weighing cell. Electronic dosage display.
Machinery designed for automated mussel weighing, by means of two belts, one of large output and another refined, which sustain a weighing hopper in an automated way. The order to unload can be manual or automated. The weighing system can be programmed in a range from 5 to 15 kg.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by two electrical engines-reducers of direct coupling. Speed regulation by means of a frequency shifter. Modular Polyethylene belt. Weighing cell. Electronic dosage display.
Weighing platform
DESCRIPTION
Machinery designed for weighing of products, the platforms are tailored to the customer's need.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Weighing cell. Electronic dosage display.
Machinery designed for weighing of products, the platforms are tailored to the customer's need.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Weighing cell. Electronic dosage display.
Weighing scale cart
DESCRIPTION
Machinery designed for weighing of products, the platforms are tailored to the customer's need.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Weighing cell. Electronic dosage display.
Machinery designed for weighing of products, the platforms are tailored to the customer's need.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Weighing cell. Electronic dosage display.
Transport
Load supplier belt
DESCRIPTION
Machinery designed to supply the product in the different required processes.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Innovative design that allows optimized belt cleanliness. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer of direct coupling. Speed regulation by means of an electrical frequency shifter. Different belts according to the needs required by the product.
Machinery designed to supply the product in the different required processes.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Innovative design that allows optimized belt cleanliness. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer of direct coupling. Speed regulation by means of an electrical frequency shifter. Different belts according to the needs required by the product.
Helical bolt
DESCRIPTION
Machinery designed to supply the product in the different required processes. The bolt nozzle can be coupled to the deck of the ship, if the production process requires it.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by a hydraulic engine of direct coupling. Speed regulation by means of hydraulic flow regulator. Helical axis of metal sheet.
Machinery designed to supply the product in the different required processes. The bolt nozzle can be coupled to the deck of the ship, if the production process requires it.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Structure built in stainless steel AISI 316 or 304. Driven by a hydraulic engine of direct coupling. Speed regulation by means of hydraulic flow regulator. Helical axis of metal sheet.
Conveyer belt
DESCRIPTION
Machinery designed for transport of products, the platforms are tailored to production need.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Innovative design that allows optimized belt cleanliness. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer of direct coupling. Speed regulation by means of an electrical frequency shifter. Different belts according to the needs required by the product.
Machinery designed for transport of products, the platforms are tailored to production need.
TECHNICAL FEATURES
Adaptable dimensions to the production needs. Innovative design that allows optimized belt cleanliness. Structure built in stainless steel AISI 316 or 304. Driven by an electrical engine-reducer of direct coupling. Speed regulation by means of an electrical frequency shifter. Different belts according to the needs required by the product.