Freeze Dry Machine
One of the oldest methods of food preservation in the world is to store food by drying it. This method is based on the logic of increasing the shelf life of the products collected in the season by treating them with a certain heat. This method, which has been used by our mothers and grandmothers in their kitchens for centuries, is now combined with the power of developing technology. The technology, which shows itself in every field, also provides industrial practicality and convenience by providing drying of food.
The purpose of drying processes is to increase the shelf life of foods naturally by evaporating the water in them. In this way, while healthier foods are obtained, it is aimed to consume the foods in the healthiest way out of season. While traditional methods of drying food are more troublesome in terms of both time and comfort, you can dry the food you want faster and more comfortably with Freeze Dry technology.
In this sense, the drying machines in the site equipped with Freeze Dry technology are more advantageous than the drying methods you know. While traditional drying methods at home are grueling, Freeze Dry gives you the opportunity to dry much more food in a short time. Moreover, while traditional drying methods at home save you time, you can provide a much faster drying with Liyo Life dryers.
Freeze Dry
The Freeze Dryer method is perfect for healthy snacks that do not lose their naturalness by utilizing new generation food processing technologies. By preventing loss of nutritional value in foods, shelf life is extended and new usage areas are created. Freeze Dry is known as lyophilization or freeze drying. Freeze dry machines, which are an essential part of healthy life today, are a technology developed in the early 1900s. It has also contributed to many different sectors.
Offering important solutions to the food industry, Freeze Dry has influenced food technology because it is healthy. It can also be used for many foods consumed in daily life. It can be used in all areas from instant coffees or milk powders used to sweeten coffee, cereals used for breakfast to medical products.
Freeze Dry Lyophilizer Machines
Before moving on to Freeze Dry Machines and their features, let’s briefly explain what freeze-dry is.
The Freeze Dry method, in the most straightforward summary, is the freeze-drying method. The Freeze Dry machine first freezes and then dries the products. So why does the freezing process take place first and then the drying process?
Thanks to this method, the moisture in the food is not lost.
The shape of the frozen product remains the same.
Products dried using Freeze Dry technology do not lose their nutritional value. There is almost no difference between the products in their fresh state. Because the ingredients in these foods are protected by 97%. Since the protein and vitamins in the products are preserved, very healthy foods are prepared.
There are many types of Freeze Dry machines. These machines, which have different features, vary according to many features such as operating temperature, ice holding capacity, total tray area length, and remote access. You can examine the products with these different features and choose whichever product is suitable for you.
Freeze Dry Machine Usage
Freeze Dry Machines, which have an innovative technology and are therefore used in many different sectors, especially in the food sector, have very simple usage instructions. The products are first processed through certain processes and frozen. Frozen products are dried in the next step. Basically, three steps come to the fore in the use of such machines. These can be summarized as follows:
In the first stage, the product is frozen. There are various pre-preparation processes for the product. After these processes, the product is frozen and goes into crystal form.
The next stage is the sublimation process. It can also be defined as primary drying. Sublimation processes are performed on the frozen product. The necessary energy is created for this. The water content in the product is reduced by 90-95%.
The last stage is the Secondary Drying stage. The water that cannot be removed in the primary drying process is removed at this stage.
Being meticulous in the use of the machine will also increase the success rate of the operations. After the drying process, which is carried out quite easily, the water content of the products is reduced. In this way, it becomes possible to keep the products intact for a much longer period of time.
Advantages of Freeze Dry Machine
Freeze Dry, with its high technological features, practically supports the drying processes. These types of machines, which have an innovative design and act with the basic working principle, are used in areas such as the food industry, the chemical industry, and the pharmaceutical industry. The drying method used in Freeze Dry machines is a technique that has been known and used for a long time. Therefore, it has a long history.
Freeze Dry machines are very special machines that have many advantages. The water in the products is largely reduced to a minimum by freezing and then drying processes. In addition, the product remains in its fresh form.
Therefore, there is no reduction in size. But it can be stored much more comfortably. Another advantage of Freeze Dry machines is that the products have no water to allow bacteria to live. Thus, products that can be stored for a long time can remain intact and can be used without any problems.
Freeze Dry Machine Price
Freeze Dry machine price varies depending on many factors. The Freeze Dry machine is a state-of-the-art freeze dryer designed to suit customers’ applications. In the freeze-drying method, a degree of scalability is achieved with a unique control. In this way, customers are provided with flexibility over the years.
The Freeze Dry machine is perfect for various institutions and applications with its small or large size and high capacity. It can be used in healthcare and medical fields while providing new generation freeze dryer solutions for the food industry.
For Freeze Dry machine price information, you can get information from the contact numbers on our website.
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FD5CT
Technical Features
Introduction PDF Ice Capacity (kg/lot) 5 kg Wet Product Loading (kg/lot) 3,5 / 4 Machine Dimensions (w*d*h)(mm) (**) 631*728*850 Machine Settlement Area (m2) (**) 0,5 Machine Platform Area (m2) (*) – Ice Condenser Temperature (Centigrade) -45 Heat Conduction Convection Rack Temperature (Centigrade) max 70 Product Cooling Place Within itself or in -40 chamber Product Cooling Temperature (Centigrade) -32 Number of Racks 5 Rack Dimensions (mm) 235×540 Rack Clearance (mm) 44 Liquid Used in Heating Racks Electrical Heater Number of Product Trays 5 Tray Dimensions (mm) 480*227 Tray Depth (mm) 0,5 Total Tray Area m2 20 Number of Product Loading Cars None Rail System No IQF (Individual Quick Freezing) None Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 30 < Defrost System Automatic Power Consumption (kWh) 0,9 Circle Dimension (m) 0,38 Software unique electronic card Compressor Embraco Vacuum Pump Baosi Blower None Remote Tracking System None Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks Aluminum (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD10CT
Technical Features
Introduction PDF Ice Capacity (kg/lot) 10 kg Wet Product Loading (kg/lot) 7 / 8 Machine Dimensions (w*d*h)(mm) (**) 854x1335x1596 Machine Settlement Area (m2) (**) 1 Machine Platform Area (m2) (*) – Ice Condenser Temperature (Centigrade) -45 Heat Conduction Convection Rack Temperature (Centigrade) max 70 Product Cooling Place Within itself or in -40 chamber Product Cooling Temperature (Centigrade) -32 Number of Racks 5 Rack Dimensions (mm) 235×1125 Rack Clearance (mm) 44 Liquid Used in Heating Racks Electrical Heater Number of Product Trays 10 Tray Dimensions (mm) 480*227 Tray Depth (mm) 1,1 Total Tray Area m2 20 Number of Product Loading Cars None Rail System No IQF (Individual Quick Freezing) None Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 30 < Defrost System Automatic Power Consumption (kWh) 1 Circle Dimension (m) 0,38 Software unique electronic card Compressor Embraco Vacuum Pump Baosi Blower None Remote Tracking System None Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks Aluminum (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD1400
Technical Features
Introduction PDF Ice Capacity (kg/lot) 1400 kg Wet Product Loading (kg/lot) 750 / 1325 Machine Dimensions (w*d*h)(mm) (**) 3749x7057x2856 Machine Settlement Area (m2) (**) 26 Machine Platform Area (m2) (*) 52 Ice Condenser Temperature (Centigrade) -45 Heat Conduction Radiation Rack Temperature (Centigrade) max 120 Product Cooling Place -40 Cooling Room Product Cooling Temperature (Centigrade) -32 Number of Racks 32 Rack Dimensions (mm) 650×5400 Rack Clearance (mm) 75 Liquid Used in Heating Racks Glycol Number of Product Trays 225 Tray Dimensions (mm) 600 x 750 Tray Depth (mm) 100 Total Tray Area m2 40 Number of Product Loading Cars 8 Rail System Yes IQF (Individual Quick Freezing) Optional Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 13 < Defrost System Hot Water Power Consumption (kWh) 121 Circle Dimension (m) 2,5 Software PLC Compressor Bitzer or Dorin Vacuum Pump Pfeiffer Blower Available Remote Tracking System Optional Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks AISI 304 (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD180
Technical Features
Introduction PDF Ice Capacity (kg/lot) 180 kg Wet Product Loading (kg/lot) 110 / 150 Machine Dimensions (w*d*h)(mm) (**) 2050x2200x2162 Machine Settlement Area (m2) (**) 4,5 Machine Platform Area (m2) (*) 9 Ice Condenser Temperature (Centigrade) -45 Heat Conduction Convection Rack Temperature (Centigrade) max 70 Product Cooling Place -40 Cooling Room Product Cooling Temperature (Centigrade) -32 Number of Racks 17 Rack Dimensions (mm) 774×1300 Rack Clearance (mm) 40 Liquid Used in Heating Racks Glycol + Pure Water Number of Product Trays 51 Tray Dimensions (mm) 418×728 Tray Depth (mm) 16 Total Tray Area m2 30 Number of Product Loading Cars 2 Rail System No IQF (Individual Quick Freezing) Optional Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 13 < Defrost System Hot Water Power Consumption (kWh) 14 Circle Dimension (m) 1,5 Software PLC Compressor Bitzer or Dorin Vacuum Pump Pfeiffer Blower None Remote Tracking System Optional Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks AISI 304 (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD1800
Technical Features
Introduction PDF Ice Capacity (kg/lot) 18400 kg Wet Product Loading (kg/lot) 1000 / 1750 Machine Dimensions (w*d*h)(mm) (**) 3749x10057x2856 Machine Settlement Area (m2) (**) 37 Machine Platform Area (m2) (*) 74 Ice Condenser Temperature (Centigrade) -45 Heat Conduction Radiation Rack Temperature (Centigrade) max 120 Product Cooling Place -40 Cooling Room Product Cooling Temperature (Centigrade) -32 Number of Racks 32 Rack Dimensions (mm) 650×8000 Rack Clearance (mm) 75 Liquid Used in Heating Racks Glycol Number of Product Trays 300 Tray Dimensions (mm) 600 x 750 Tray Depth (mm) 135 Total Tray Area m2 40 Number of Product Loading Cars 10 Rail System Yes IQF (Individual Quick Freezing) Optional Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 13 < Defrost System Hot Water Power Consumption (kWh) 160 Circle Dimension (m) 2,5 Software PLC Compressor Bitzer or Dorin Vacuum Pump Pfeiffer Blower Available Remote Tracking System Optional Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks AISI 304 (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD20CT
Technical Features
Introduction PDF Ice Capacity (kg/lot) 20 kg Wet Product Loading (kg/lot) 14 / 16 Machine Dimensions (w*d*h)(mm) (**) 854x1335x1996 Machine Settlement Area (m2) (**) 1 Machine Platform Area (m2) (*) – Ice Condenser Temperature (Centigrade) -45 Heat Conduction Convection Rack Temperature (Centigrade) max 70 Product Cooling Place Within itself or in -40 chamber Product Cooling Temperature (Centigrade) -32 Number of Racks 10 Rack Dimensions (mm) 235×1125 Rack Clearance (mm) 44 Liquid Used in Heating Racks Electrical Heater Number of Product Trays 20 Tray Dimensions (mm) 480*227 Tray Depth (mm) 2,1 Total Tray Area m2 20 Number of Product Loading Cars No Rail System None IQF (Individual Quick Freezing) No Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 30 < Defrost System Automatic Power Consumption (kWh) 2 Circle Dimension (m) 0,38 Software unique electronic card Compressor Embraco Vacuum Pump Baosi Blower None Remote Tracking System None Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks Aluminum (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD35
Technical Features
Introduction PDF Ice Capacity (kg/lot) 35 kg Wet Product Loading (kg/lot) 20 / 25 Machine Dimensions (w*d*h)(mm) (**) 1410x1288x1654 Machine Settlement Area (m2) (**) 1,8 Machine Platform Area (m2) (*) – Ice Condenser Temperature (Centigrade) -45 Heat Conduction Convection Rack Temperature (Centigrade) max 70 Product Cooling Place Within itself or in -40 chamber Product Cooling Temperature (Centigrade) -32 Number of Racks 11 Rack Dimensions (mm) 378×950 Rack Clearance (mm) 38 Liquid Used in Heating Racks Electrical Heater Number of Product Trays 11 Tray Dimensions (mm) 355×936 Tray Depth (mm) 3,7 Total Tray Area m2 20 Number of Product Loading Cars No Rail System None IQF (Individual Quick Freezing) No Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 30 < Defrost System Automatic Power Consumption (kWh) 4 Circle Dimension (m) 0,65 Software Unique electronic card Compressor Embraco Vacuum Pump Baosi Blower None Remote Tracking System None Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks Aluminum (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD450
Technical Features
Introduction PDF Ice Capacity (kg/lot) 450 kg Wet Product Loading (kg/lot) 325 / 450 Machine Dimensions (w*d*h)(mm) (**) 3149x3215x2278 Machine Settlement Area (m2) (**) 10 Machine Platform Area (m2) (*) 20 Ice Condenser Temperature (Centigrade) -45 Heat Conduction Convection Rack Temperature (Centigrade) max 70 Product Cooling Place -40 Cooling Room Product Cooling Temperature (Centigrade) -32 Number of Racks 19 Rack Dimensions (mm) 1270×2140 Rack Clearance (mm) 37 Liquid Used in Heating Racks Glycol + Pure Water Number of Product Trays 54 Tray Dimensions (mm) 702×1220 Tray Depth (mm) 46 Total Tray Area m2 30 Number of Product Loading Cars 2 Rail System No IQF (Individual Quick Freezing) Optional Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 13 < Defrost System Hot Water Power Consumption (kWh) 41 Circle Dimension (m) 2 Software PLC Compressor Bitzer or Dorin Vacuum Pump Pfeiffer Blower Available Remote Tracking System Optional Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks AISI 304 (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD80
Technical Features
Introduction PDF Ice Capacity (kg/lot) 80 kg Wet Product Loading (kg/lot) 52 / 62 Machine Dimensions (w*d*h)(mm) (**) 2160x1288x2404 Machine Settlement Area (m2) (**) 2,8 Machine Platform Area (m2) (*) – Ice Condenser Temperature (Centigrade) -45 Heat Conduction Convection Rack Temperature (Centigrade) max 70 Product Cooling Place Within itself or in -40 chamber Product Cooling Temperature (Centigrade) -32 Number of Racks 22 Rack Dimensions (mm) 756×950 Rack Clearance (mm) 38 Liquid Used in Heating Racks Electrical Heater Number of Product Trays 22 Tray Dimensions (mm) 355×936 Tray Depth (mm) 7,5 Total Tray Area m2 20 Number of Product Loading Cars No Rail System None IQF (Individual Quick Freezing) No Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 30 < Defrost System Automatic Power Consumption (kWh) 7 Circle Dimension (m) 1,2 Software Unique electronic card Compressor Embraco Vacuum Pump Baosi Blower None Remote Tracking System None Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks Aluminum (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD900
Technical Features
Introduction PDF Ice Capacity (kg/lot) 900 kg Wet Product Loading (kg/lot) 500 / 875 Machine Dimensions (w*d*h)(mm) (**) 3749x5557x2856 Machine Settlement Area (m2) (**) 20 Machine Platform Area (m2) (*) 40 Ice Condenser Temperature (Centigrade) -45 Heat Conduction Radiation Rack Temperature (Centigrade) max 120 Product Cooling Place -40 Cooling Room Product Cooling Temperature (Centigrade) -32 Number of Racks 32 Rack Dimensions (mm) 650×4000 Rack Clearance (mm) 75 Liquid Used in Heating Racks Glycol + Pure Water Number of Product Trays 150 Tray Dimensions (mm) 600 x 750 Tray Depth (mm) 67,5 Total Tray Area m2 40 Number of Product Loading Cars 5 Rail System Yes IQF (Individual Quick Freezing) Optional Refrigerant R404A Cooling Method Gas Final Vacuum Level (Pa) 13 < Defrost System Hot Water Power Consumption (kWh) 80 Circle Dimension (m) 2,5 Software PLC Compressor Bitzer or Dorin Vacuum Pump Pfeiffer Blower Available Remote Tracking System Optional Chamber AISI 304 Tray Material AISI 304 Material of Heating Racks AISI 304 (*) As a recommendaton, the recommended area may vary depending on the number of machines and layout.
(**) Represents only the seatng area of the machine. The cover sweeping area and the spaces between the machine and other devices are not included.
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FD150
Teknik Özellikler
Width (mm) 2000 Depth (mm) 3960 Height (mm) 2115 Ice Holding Capacity (kg) 150 Loading Volume (kg) 100 Interior Body Material AISI 304 Operating Temperature -40°C / +65°C Number of shelves (trays) 39 Shelf (tray) Material AISI304 Shelf (tray) Size 418×728 mm Total Tray Area (m2) 12 Heating Plates 6000 Series Aluminum Room Dimensions 1500×1500 mm (Excluding Covers) Heating and Cooling Systems are Compact Control System 10.1 inch 1024×600 Touch LCD Screen Remote Access Wi-Fi and internet support/Remote control
and monitoring systemSensor Type Modbus-compatible sensor measurement
and output control mechanismGraphics Can Be Archieved/Graphically Viewed Battery Support Yes Refrigerant R404a Energy Consumption (kwh/24h) –