Built on the sturdy and dependable MIRI® architecture by Esco Medical, the Mini MIRI® Incubator offers a consistent culture environment. Direct heat regulation in the compact design aids in preventing vapor condensation, enables faster temperature and gas recovery, and overall provides better and a more precise temperature uniformity.Get a Quote Download Catalogue Watch Video
To meet the environmental needs of your culture, Mini MIRI is available in two variations.
The standard MIRI Multiroom incubator is the model for the Mini MIRI® Dry Incubator, which includes two chambers. For IVF laboratories that value economy and footprint, this little version of the MIRI® is ideal.
The Mini MIRI® Humidity is a variation of a humidified incubator. It is a benchtop incubator built using the dependable and robust MIRI design. The compact design's direct heat also helps minimize vapor condensation and enables quicker temperature and gas recovery.
The temperature parameters in each of the Mini MIRI®'s two independent chambers can be individually controlled. This is perfect because it prevents any interference, such as a temperature drop caused by opening the lid of one chamber, from affecting the other.
Furthermore, there is no heat crossing from adjacent chambers, making calibration much simpler. There are a total of 4 temperature-controlled places on the Mini MIRI®. That equals two points for each chamber, one on the heated lid and one on the bottom. Another fantastic feature of the Mini MIRI® is its heated lid, which improves temperature consistency.
Utilizing multiroom incubators has several benefits. The quick recovery of temperature and gas characteristics after opening a chamber is a significant advantage.
IVF professionals deal with priceless, delicate embryos, and frequently, even the slightest details have a big impact. The Mini MIRI® 's LED display makes it easier to see from a distance. Additionally, the glass lid tops can be written on while serving as chamber insulators, which is a very helpful feature for organizing.
The built-in gas mixer enables the introduction of pure gasses and accurate control of the gas phase composition inside the chambers. The required gas input can be changed with it.
The basic circuitry is fully independent of the built-in PT 1000 Temperature Sensors. Similar gas sampling ports are supplied for each of the two independent chambers. The Mini MIRI® Dry can be connected to an external device, such as the Esco MIRI® GA, for external validation on gas and temperature validation.
The Mini MIRI® has a control panel, display, and data logging software loaded. It is fully equipped and easy to use. The Mini MIRI® can be connected through USB to feature-rich, simple-to-use data logging software that is loaded on any common PC. One computer can control and connect to multiple machines. It is convenient to observe all of the machine's real-time parameters because all parameters are displayed in full. These consist of the temperature of each monitored temperature and gas concentration point, as well as the set points for all gas input pressures and flow rates. The data logger records the machine's performance information while it is used. Graphs can be used to display them. These graphs are available for viewing that show all machine performance information, including alerts. Weekly reports are also generated automatically by the data logger, making it more user-friendly. Histories of any alarm events are logged as well.
In contrast to conventional humidified IVF incubators, the Mini MIRI® Dry Incubator is a dry benchtop incubator for IVF that can recirculate gas inside the incubator. Before entering the incubation chambers, gas inserts (whether pure N2 and CO2 or premixed gas) first pass through the tri-gas mixing chamber to reach the user-set CO2 and O2 gas concentrations. With the help of this technology, the incubator chambers' lids can be opened with the least amount of gas consumption, and the recirculating air is kept clean and secure for the embryo samples.
The Mini MIRI® Humidity Incubator, on the other hand, uses either premixed gasses or pure gas (N2 and CO2) inserts that pass through a tri-gas mixing chamber in order to produce correct gas concentrations before entering the incubator chambers. This gas then circulates and passes through the gas mixing chamber once more, which reduces gas usage.
The menu can be accessed, settings can be changed, and parameter values can be adjusted with the Rotatory Key.
The best system is one with two chambers since any disruption, such as a temperature dip after opening the lid, has no effect on the other chambers. Additionally, calibration is significantly easier because there is no heat crossing from adjacent chambers.
Each chamber has a heating optimization plate to assist heat transfer to the embryo culture dishes. It contains replaceable inserts for simple cleaning that fit a range of dish sizes:
4 x Falcon® ⌀ 50/60 mm
8 x Falcon® ⌀ 35 mm
4 x Nunc™ ⌀ 54/60 mm
8 x Nunc™ ⌀ 35 mm
4 x Vitrolife Dishes
4 x LifeGlobal® GPS Dishes
4 x SparMED Oosafe® 4-well Dishes
4x SparMED Oosafe ⌀ 55/60 mm
8x SparMED Oosafe ⌀ 35 mm
The Mini MIRI® is a rapid, accurate, and non-intrusive continuous pH monitoring device for in vitro fertilization (IVF) treatments. An integrated SAFE Sens technology can be equipped. The SAFE Sens technology accurately and reliably measures the pH of small volumes of fluids, such as the medium used in IVF, by combining disposable sensors with optical fluorescent measurement technology.
|Specifications||Mini MIRI® Dry||Mini MIRI® Humidity|
|Overall Dimensions (W x D x H)||525 x 420 x 220 mm (20.7 x 16.5 x 8.7")||525 x 420 x 220 mm (20.7 x 16.5 x 8.7")|
|Weight||22 kg||22 kg|
|Power Supply||115 VAC or 230 VAC, 50/60 Hz||115 VAC or 230 VAC, 50/60 Hz|
|Power Consumption||160 W||160 W|
|Temperature Control Range||25- 40 °C||25- 40 °C|
|N2 Gas Consumption||<8 L/hr||<12 L/hr|
|CO2 Gas Consumption||<2 L/hr||<4 L/hr|
|Gas Pressure||0.4 to 0.6 bar (5.80 - 8.70 PSI)||0.4 to 0.6 bar (5.80 - 8.70 PSI)|
|Shipping Weight||30 kg||30 kg|
|Shipping Dimensions||700 x 600 x 460 mm (27.6 x 23.6 x 18.1")||700 x 600 x 460 mm (27.6 x 23.6 x 18.1")|
|Item Code||Model Code||Description|
|Mini MIRI® Dry Incubator|
|2070143||MRI-MINI-D-8||Mini MIRI® Dry, without Humidification, 230V, 50/60Hz|
|2070144||MRI-MINI-D-9||Mini MIRI® Dry, without Humidification, 115V, 50/60Hz|
|2070145||MRI-MINI-SS-D-8||Mini MIRI® Dry with SAFE Sens for pH monitoring, 230V, 50/60 Hz|
|2070146||MRI-MINI-SS-D-9||Mini MIRI® Dry with SAFE Sens for pH monitoring, 115V, 50/60 Hz|
|Mini MIRI® Humidity Incubator|
|2070155||MRI-MINI-H-8||Mini MIRI® Humidity, 230V, 50/60Hz|
|2070156||MRI-MINI-H-9||Mini MIRI® Humidity, 115V, 50/60Hz|
|2070157||MRI-MINI-H-SS-8||Mini MIRI® Humidity with SAFE Sens for pH monitoring, 230V, 50/60 Hz|
|2070158||MRI-MINI-H-SS-9||Mini MIRI® Humidity with SAFE Sens for pH monitoring, 115V, 50/60 Hz|
|1081277||MRA-SS-SV2||SAFE Sens SV2 Sensor, Pack of 10 pieces (shelf-life 12 months)|
|1081278||MRA-SS-QC2||SAFE Sens QC2 Alignment Tool|
|1320191||MRA-SS-TS||SAFE Sens TrakStation, a tablet with SAFE Sens Software, for pH monitoring.|
|1320003||MRA-FD||Insert for Falcon® Dishes|
|1320004||MRA-ND||Insert for Nunc™ Dishes|
|1320070||MRA-VD||Insert for Vitrolife Dishes|
|1320099||MRA-NID||Insert for Nipro™ Dishes|
|1320100||MRA-LD||Insert for LifeGlobal® GPS Dishes|
|1320101||MRA-PD||Insert Without Footprint for Plain Dishes|
|1320118||MRA-OD||Insert for SparMED Oosafe®|
|1320219||MRA-FD-SS||Insert for Falcon® Dishes, with hole for SAFE Sens|
|1320220||MRA-ND-SS||Insert for Nunc™ Dishes, with hole for SAFE Sens|
|1320221||MRA-VD-SS||Insert for Vitrolife Dishes, with hole for SAFE Sens|
|1320222||MRA-NID-SS||Insert for Nipro™ Dishes, with hole for SAFE Sens|
|1320223||MRA-LD-SS||Insert for LifeGlobal® GPS Dishes, with hole for SAFE Sens|
|1320224||MRA-PD-SS||Insert Without Footprint for Plain Dishes, with hole for SAFE Sens|
|1320225||MRA-OD-SS||Insert for SparMED Oosafe®, with hole for SAFE Sens|