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Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC BIO 430 | Part No. AC BIO 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 750 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 195 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 1 |
| Number of racks | 12x of 10x10 Cryoboxes / 4x of 5x5 Cryoboxes |
| Straw holding capacity 0,25 ml | 117.800 |
| Straw holding capacity 0,5 ml | 52.440 |
| 2ml Vials capacity (rack) | 16.900 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
The CryoFill 2.0 is the next generation liquid nitrogen level controller with a number of improved and new features. As well as the ability to have a real time remote read out of relevant data via an alarming and/or monitoring system.
New features:
New: One Fill All Fill (OFAF)
This is a feature for optimizing the filling sequence of multiple cryogenic storage vessels. The controllers are connected with each other using communication cables. The master controller will make sure all the vessels fill in succession, in order to minimize nitrogen consumption.
New: High temperature control
This is a new software feature for controlling the temperature in the neck of the vessel. This feature in intended for situation when work in performed in the neck and the lid is open for a longer period. In case the temperature in the neck starts to rise, the controller injects nitrogen into the vessel, which lowers the temperature in the top of the vessel.
The CryoFill 2.0 can be used for controlling the liquid nitrogen level for any storage type, either conventional gas phase or the so called “dry” gas phase, with an absolute separation between the samples and liquid nitrogen, or full liquid phase. The CryoFill 2.0 can easily retrofitted to existing cryogenic storage vessels of any brand or type.
The CryoFill 2.0 is equipped with the following features and options:
Note: The product image is a sample illustration.
Download data sheet:
Inventory system for storage of cryogenic vials. Complementary for container AC BIO 430.
It consists of:
for storage of 2ml cryogenic vials. (cryoboxes are not included)
Maximum storage capacity of 2ml cryo vials: 16.900 pcs.
Key features of rack for 10x10 and 5x5 cryoboxes:
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC BIO 430 | Part No. AC BIO 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 750 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 195 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 1 |
| Number of racks | 12x of 10x10 Cryoboxes / 4x of 5x5 Cryoboxes |
| Straw holding capacity 0,25 ml | 117.800 |
| Straw holding capacity 0,5 ml | 52.440 |
| 2ml Vials capacity (Rack) | 16.900 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
The CryoFill 2.0 is the next generation liquid nitrogen level controller with a number of improved and new features. As well as the ability to have a real time remote read out of relevant data via an alarming and/or monitoring system.
New features:
New: One Fill All Fill (OFAF)
This is a feature for optimizing the filling sequence of multiple cryogenic storage vessels. The controllers are connected with each other using communication cables. The master controller will make sure all the vessels fill in succession, in order to minimize nitrogen consumption.
New: High temperature control
This is a new software feature for controlling the temperature in the neck of the vessel. This feature in intended for situation when work in performed in the neck and the lid is open for a longer period. In case the temperature in the neck starts to rise, the controller injects nitrogen into the vessel, which lowers the temperature in the top of the vessel.
The CryoFill 2.0 can be used for controlling the liquid nitrogen level for any storage type, either conventional gas phase or the so called “dry” gas phase, with an absolute separation between the samples and liquid nitrogen, or full liquid phase. The CryoFill 2.0 can easily retrofitted to existing cryogenic storage vessels of any brand or type.
The CryoFill 2.0 is equipped with the following features and options:
Note: The product image is a sample illustration.
Download data sheet:
Inventory system for storage of cryogenic straws or vials. Complementary for container AC BIO 430.
It consists of:
for storing cryo straws in goblets or vials in vial holders. (goblets and vial holders are not included)
Storage capacity:
Straws 0,25ml: 117.800 pcs.
Straws 0,5ml: 52.440 pcs.
Key features of aluminium canisters:
Caution: This item is not suitable for goblets with lids
Note: The product image is a sample illustration.
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC BIO 430 | Part No. AC BIO 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 750 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 195 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 1 |
| Number of racks | 12x of 10x10 Cryoboxes / 4x of 5x5 Cryoboxes |
| Straw holding capacity 0,25 ml | 117.800 |
| Straw holding capacity 0,5 ml | 52.440 |
| 2ml Vials capacity (Rack) | 16.900 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
The CryoFill 2.0 is the next generation liquid nitrogen level controller with a number of improved and new features. As well as the ability to have a real time remote read out of relevant data via an alarming and/or monitoring system.
New features:
New: One Fill All Fill (OFAF)
This is a feature for optimizing the filling sequence of multiple cryogenic storage vessels. The controllers are connected with each other using communication cables. The master controller will make sure all the vessels fill in succession, in order to minimize nitrogen consumption.
New: High temperature control
This is a new software feature for controlling the temperature in the neck of the vessel. This feature in intended for situation when work in performed in the neck and the lid is open for a longer period. In case the temperature in the neck starts to rise, the controller injects nitrogen into the vessel, which lowers the temperature in the top of the vessel.
The CryoFill 2.0 can be used for controlling the liquid nitrogen level for any storage type, either conventional gas phase or the so called “dry” gas phase, with an absolute separation between the samples and liquid nitrogen, or full liquid phase. The CryoFill 2.0 can easily retrofitted to existing cryogenic storage vessels of any brand or type.
The CryoFill 2.0 is equipped with the following features and options:
Note: The product image is a sample illustration.
Download data sheet:
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC BIO 430 | Part No. AC BIO 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 750 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 195 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 1 |
| Number of racks | 12x of 10x10 Cryoboxes / 4x of 5x5 Cryoboxes |
| Straw holding capacity 0,25 ml | 117.800 |
| Straw holding capacity 0,5 ml | 52.440 |
| 2ml Vials capacity (Rack) | 16.900 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
Inventory system for storage of cryogenic vials. Complementary for container AC BIO 430.
It consists of:
for storage of 2ml cryogenic vials. (cryoboxes are not included)
Maximum storage capacity of 2ml cryo vials: 16.900 pcs.
Key features of rack for 10x10 and 5x5 cryoboxes:
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC BIO 430 | Part No. AC BIO 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 750 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 195 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 1 |
| Number of racks | 12x of 10x10 Cryoboxes / 4x of 5x5 Cryoboxes |
| Straw holding capacity 0,25 ml | 117.800 |
| Straw holding capacity 0,5 ml | 52.440 |
| 2ml Vials capacity (Rack) | 16.900 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
Inventory system for storage of cryogenic straws or vials. Complementary for container AC BIO 430.
It consists of:
for storing cryo straws in goblets or vials in vial holders. (goblets and vial holders are not included)
Storage capacity:
Straws 0,25ml: 117.800 pcs.
Straws 0,5ml: 52.440 pcs.
Key features of aluminium canisters:
Caution: This item is not suitable for goblets with lids
Note: The product image is a sample illustration.
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC BIO 430 | Part No. AC BIO 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 750 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 195 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 1 |
| Number of racks | 12x of 10x10 Cryoboxes / 4x of 5x5 Cryoboxes |
| Straw holding capacity 0,25 ml | 117.800 |
| Straw holding capacity 0,5 ml | 52.440 |
| 2ml Vials capacity (Rack) | 16.900 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC IVF 430 | Part No. AC IVF 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 2x 370 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 197 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 2 |
| Straw holding capacity 0,25 ml | 123.690 |
| Straw holding capacity 0,5 ml | 55.195 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
The CryoFill 2.0 is the next generation liquid nitrogen level controller with a number of improved and new features. As well as the ability to have a real time remote read out of relevant data via an alarming and/or monitoring system.
New features:
New: One Fill All Fill (OFAF)
This is a feature for optimizing the filling sequence of multiple cryogenic storage vessels. The controllers are connected with each other using communication cables. The master controller will make sure all the vessels fill in succession, in order to minimize nitrogen consumption.
New: High temperature control
This is a new software feature for controlling the temperature in the neck of the vessel. This feature in intended for situation when work in performed in the neck and the lid is open for a longer period. In case the temperature in the neck starts to rise, the controller injects nitrogen into the vessel, which lowers the temperature in the top of the vessel.
The CryoFill 2.0 can be used for controlling the liquid nitrogen level for any storage type, either conventional gas phase or the so called “dry” gas phase, with an absolute separation between the samples and liquid nitrogen, or full liquid phase. The CryoFill 2.0 can easily retrofitted to existing cryogenic storage vessels of any brand or type.
The CryoFill 2.0 is equipped with the following features and options:
Note: The product image is a sample illustration.
Download data sheet:
Inventory system for storage of cryogenic straws in 65 mm goblets or vials in vial holders. (goblets and vial holders are not included). Complementary for container AC IVF 430.
It consists of:
Storage capacity:
Straws 0,25ml: 123.690 pcs.
Straws 0,5ml: 55.195 pcs.
Note: The product image is a sample illustration.
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC IVF 430 | Part No. AC IVF 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 2x 370 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 197 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 2 |
| Straw holding capacity 0,25 ml | 123.690 |
| Straw holding capacity 0,5 ml | 55.195 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
The CryoFill 2.0 is the next generation liquid nitrogen level controller with a number of improved and new features. As well as the ability to have a real time remote read out of relevant data via an alarming and/or monitoring system.
New features:
New: One Fill All Fill (OFAF)
This is a feature for optimizing the filling sequence of multiple cryogenic storage vessels. The controllers are connected with each other using communication cables. The master controller will make sure all the vessels fill in succession, in order to minimize nitrogen consumption.
New: High temperature control
This is a new software feature for controlling the temperature in the neck of the vessel. This feature in intended for situation when work in performed in the neck and the lid is open for a longer period. In case the temperature in the neck starts to rise, the controller injects nitrogen into the vessel, which lowers the temperature in the top of the vessel.
The CryoFill 2.0 can be used for controlling the liquid nitrogen level for any storage type, either conventional gas phase or the so called “dry” gas phase, with an absolute separation between the samples and liquid nitrogen, or full liquid phase. The CryoFill 2.0 can easily retrofitted to existing cryogenic storage vessels of any brand or type.
The CryoFill 2.0 is equipped with the following features and options:
Note: The product image is a sample illustration.
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Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC IVF 430 | Part No. AC IVF 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 2x 370 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 197 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 2 |
| Straw holding capacity 0,25 ml | 123.690 |
| Straw holding capacity 0,5 ml | 55.195 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
Inventory system for storage of cryogenic straws in 65 mm goblets or vials in vial holders. (goblets and vial holders are not included). Complementary for container AC IVF 430.
It consists of:
Storage capacity:
Straws 0,25ml: 123.690 pcs.
Straws 0,5ml: 55.195 pcs.
Note: The product image is a sample illustration.
Consists of:
Auguste Cryogenics developed the stainless steel containers in this series from the ground up using state-of-the-art technology. They are specially designed for the safe and economical long-term storage of larger sample quantities and are therefore used in the fields of medicine, pharmaceuticals and research.
The vacuum-insulated products come with Auguste Cryogenics' GOLD-standard vacuum and offer a remarkably high storage capacity in a clear, smooth-running aluminum storage system on one level for the AC BIO series and two levels for the AC IVF series. The containers of both series are characterized by very low nitrogen consumption at a stable storage temperature, which almost reaches the cold level of liquid nitrogen even in the gas phase.
The lid of the container opens easily and wide, allowing easy access to the contents. It is convenient to clean and is equipped with a control switch that, in addition to an "open lid" detection, can also send other control signals, for example for automatic demisting or rapid cooling.
Auguste Cryogenics Medical Family Freezer Series vessels can be supplied with automatic filling and control systems to ensure a regulated supply of cryogenic liquid nitrogen and continuous monitoring.
For both the AC BIO and AC IVF containers the approval according to the European Medical Devices Directive MDR 2017/745 has been applied for.
Technical Data
| AC IVF 430 | Part No. AC IVF 430 |
|---|---|
| LN2 capacity (liters) | 430 |
| LN2 fill height [mm] | 135 |
| LN2 value below the base plate [l] | 40 |
| Outside diameter (mm) | 800 |
| Total height (mm) | 1,342 |
| Usable height [mm] | 2x 370 |
| Neck opening (mm) | 317 |
| Empty weight (kg) (without ICS**) | 197 |
| Static evaporation rate (liters / day) | 9 |
| Static hold time (days) | |
| Number of castors | 5 |
| Number of storage carousels | 2 |
| Straw holding capacity 0,25 ml | 123.690 |
| Straw holding capacity 0,5 ml | 55.195 |
* The values given are nominal values that were determined without storage system equipment
and under precisely defined conditions. Depending on the operating conditions and the storage
system equipment used, the actual values can deviate considerably.
** ICS = Inventory Control System
Due to our policy of continuous product improvement, we reserve the right to change
specifications at any time without prior notice.
Function:
The cooling effect required for cryogenic sample storage is generated by the continuous evaporation of the liquid nitrogen refrigerant. The necessary heat of vaporization is extracted from the environment by heat transfer. As a result, the liquid nitrogen level in the deep-freeze storage tanks is constantly falling.
Regular, controlled refilling is therefore required (automatically or manually). This results in the liquid level curve shown here. In order to prevent unnecessary nitrogen losses and icing of the storage containers, liquid nitrogen should be refilled at pressures between 0.7 bar - 1.4 bar only.
The insulating properties of the Auguste Cryogenics Medical Family are essentially based on the presence of a vacuum between the inner and outer container. A vacuum loss inevitably leads to a very high increase in nitrogen consumption and poses a risk for the stored samples if there is no refill with liquid nitrogen.
Download data sheet & technical drawing:
