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CIP washing stations (Cleaning In Place) are used where during the production process it is necessary to maintain the purity and quality of the product. The CIP system also ideally cleans production equipment, tanks, tanks, bottling lines, pipelines that come into contact with the processed product. Cleaning systems for equipment CIP washing is a well-established standard in the food, beverage and pharmaceutical industries, and is used wherever cleanliness of production equipment is required.
| Габариты (Ш x В x Г мм.) | 2600x3128x2240 мм |
| Расход | 4-8 м3/ч |
| Приводная мощность | 3-6 квт |
| Обратный насос | есть (1.5 квт) |
| Объем бака(ов) | 1500 – 5000 л |
| Нагревательная мощность | 500 квт |
| Источник тепла | пар |
Characteristics
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CIP washing stations (Cleaning In Place) are used where during the production process it is necessary to maintain the purity and quality of the product. The CIP system also ideally cleans production equipment, tanks, tanks, bottling lines, pipelines that come into contact with the processed product. Cleaning systems for equipment CIP washing is a well-established standard in the food, beverage and pharmaceutical industries, and is used wherever cleanliness of production equipment is required.
| Габариты (Ш x В x Г мм.) | 1775x2700x1500 мм |
| Расход | 4-8 м3/ч |
| Приводная мощность | 3-6 квт |
| Обратный насос | есть (1.5 квт) |
| Объем бака(ов) | 700-800 л |
| Нагревательная мощность | 40-60 квт |
| Источник тепла | пар |
Characteristics
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CIP washing stations (Cleaning In Place) are used where during the production process it is necessary to maintain the purity and quality of the product. The CIP system also ideally cleans production equipment, tanks, tanks, bottling lines, pipelines that come into contact with the processed product. Cleaning systems for equipment CIP washing is a well-established standard in the food, beverage and pharmaceutical industries, and is used wherever cleanliness of production equipment is required.
| Габариты (Ш x В x Г мм.) | 1550x2447x1223 мм |
| Расход | 4-8 м3/ч |
| Приводная мощность | 3-6 квт |
| Обратный насос | опционально (1.5 квт) |
| Объем бака(ов) | 300-400 л |
| Нагревательная мощность | 15-20 квт |
| Источник тепла | пар |
Characteristics
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CIP washing stations (Cleaning In Place) are used where during the production process it is necessary to maintain the purity and quality of the product. The CIP system also ideally cleans production equipment, tanks, tanks, bottling lines, pipelines that come into contact with the processed product. Cleaning systems for equipment CIP washing is a well-established standard in the food, beverage and pharmaceutical industries, and is used wherever cleanliness of production equipment is required.
| Габариты (Ш x В x Г мм.) | 1220x1650x890 мм |
| Расход | 4 м3/ч |
| Приводная мощность | 3 квт |
| Обратный насос | нет |
| Объем бака(ов) | 30-50 л |
| Нагревательная мощность | 7.2 квт |
| Источник тепла | электрическое сопротивление |
Characteristics
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The M2 tangential filtration system is a cross flow filtration applicable to both R&D and industrial filtration. The advantages of tangential flow filtration include high product recovery and high filtration speed. The TFF plant is suitable for concentration, clarification, diafiltration and extraction processes.
| Габариты (Ш x В x Г мм.) | 2250x1500x785 |
| Тип сосуда | с рубашкой |
| Рабочий объем сосуда | 50 л (доступны другие объемы) |
| Типы мембарн | керамические |
| Давление жидкости | 25 бар (нф/оо) |
| Температура | 45 °c (нф/оо) |
Characteristics
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The M1 is a laboratory filtration system. The filtration unit provides a range of technological options to start testing the performance of your process. Laboratory filtration allows testing in the microfiltration and ultrafiltration ranges to meet a range of performance requirements. Its design is based on: 1) Modularity, which improves the configuration best suited to your needs, and also expands the possibilities in the future. 2) High flexibility due to the possibility of choosing membrane technology of any type, brand and range of characteristics. 3) Scalability by choosing the right technology components (eg bFlow recirculation pump) that can be found in industrial environments.
| Габариты (Ш x В x Г мм.) | 540х650х600 |
| Тип сосуда | одностенный (доступен сосуд с рубашкой) |
| Объем партии | до 20 л (при хорошей фильтруемости) |
| Рабочий объем сосуда | 3 л (доступны другие объемы) |
| Материал сосуда | боросиликатное стекло |
| Типы мембарн | из полых волокон (hfm) и кассетные |
Characteristics
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The ideal solution for the first bioreactor/fermenter with SIP (Sterilization In Place) system. The pharmaceutical reactor is made of stainless steel and complies with GMP standards. Suitable for scaling up bioprocesses and small scale production applications. Allows the cultivation of microorganisms and cell cultures in various biotechnological sectors. The SIP Standardized Steel Pharmaceutical Reactor is designed for both laboratory and industrial applications. The reactor is equipped with a jacket for thermoregulation. Its design is based on: 1) Ergonomic arrangement of utilities on one side of the machine, easy-care frame design to avoid accumulation of dust on surfaces.
| Объем реактора | 15 л; 30 л; |
| Другие поверхности, контактирующие с продуктом | нержавеющая сталь 316L |
| Габариты (Ш x В x Г мм.) | 1200x1813x740 |
| Тип сосуда | стеклянный |
| Скорость мешалки (об/мин) (зависит от модели) | 0–1200 F2 |
| Минимальный рабочий объем (л) (зависит от модели) | 7 (30 л) F2 |
| Рама | 304 SS |
| Прокладки | соответствуют требованиям FDA |
Characteristics
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Advanced benchtop autoclave bioreactor for research and development, process optimization and small scale biomanufacturing for biopharmaceutical, food, agricultural and other biotechnological applications. Standardized and modular benchtop laboratory reactor, combines the highest technological solutions, meets experimental and industrial scale conditions and is well thought out in terms of its expansion and customization. The reactor system is based on: 1) Extensibility and modularity thanks to the Plug & Play concept, allowing for additional functions in the future. 2) Flexibility and versatility as the configuration covers a wide range of vessel volumes, bioreactor types and combinations.
| Объем реактора | 1 л; 2 л; 3 л; 5 л; 8 л; 10 л; |
| Емкость | боросиликатное стекло |
| Другие поверхности, контактирующие с продуктом | aisi 316l и epdm |
| Габариты (Ш x В x Г мм.) | 420x861x642 (Двойной) |
| Тип сосуда | стеклянный |
| Скорость мешалки (об/мин) (зависит от модели) | 0-500 f1 cc |
| Минимальный рабочий объем (л) (зависит от модели) | 3,6 (5 л) f1 cc |
Characteristics
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“Ideal entry-level autoclavable benchtop bioreactor for a range of microbial and cell culture research and development in the agro, food, cosmetics and biopharmaceutical industries, as well as for educational purposes. The glass reactor, made of borosilicate chemical glass, is installed in an autoclave. The design is tailored to: 1) User friendliness along with enhanced instrumentation and automation capabilities. 2) Cost-effective and superior component quality for easy maintenance. 3) Modularity based on the Plug & Play concept, which allows the expansion of additional functions in the future
| Объем реактора | 1 л; 3 л; 5 л; |
| Емкость | боросиликатное стекло |
| Другие поверхности, контактирующие с продуктом | aisi 316l и epdm |
| Габариты (Ш x В x Г мм.) | 500 x 632 x 380 (С внешними модулями) |
| Тип сосуда | стеклянный |
| Минимальный рабочий объем (л) | 0,8 (5 л) |
| Скорость мешалки (об/мин) (зависит от модели) | 0-500 f0 cc |
Characteristics