State-of-the-art Class II microbiological safety cabinet (EN 12469:2000) with SMART control, designed for safe work in tissue and IVF labs, featuring integration of heating surface and microscope
MBB-IVF
MICROBIOLOGICAL SAFETY
CABINET CLASS II. FOR IVF
- Low vibration
- High reliability and easy to clean
- Lifetime service support
- Fully automated operation
- Controlled by SMART CR2000
- Front glass with electric movement
- Securing optimal product protection
- Easy to use at the low-noise level

COMFORT WITH
USER-FRIENDLY OPERATION



State-of-the art solution of microbiological safety workstation, so-called biohazard, for the purpose of work in tissue centers and banks, IVF centers, etc. The set consists of components that are tested in practice and together ensure optimal laboratory work with cells and tissues. This includes the possibility of full integration of the heating surface and the microscope.
Microbiological safety cabinet (MSC, BSC), class II. according to the standard EN 12469: 2000, it is intended for applications requiring laminar air flow to protect the product from particulate and bacterial contamination and at the same time requiring protection of the operator and the environment from the influence of the processed product. The MBB workstation is a new generation device, equipped with the latest components, security elements and a SMART control system.
HEATING SURFACE AND HEATING GLASS WITH FULL
MICROSCOPE INTEGRATION


As a proven combination we recommend integrating the NlKON microscopes with DSL32 (LED) or P-DF32 (Fiber Diascopic Illumination) light. These microscopes feature top-of-the-range specifications. ln addition to high magnification and high working height, they also offer excellent ergonomics. Microscope is installed in the heated surface for work operation with temperaturesensitive biological material. The top of the heating surface is made from the same material as the rest of the work surface, i.e. high quality stainless steel. Heated glass in the heating surface is made of high quality quartz glass. The heating surface (600x290 mm) and heating glass (Ø 55 mm) guarantee both outstanding temperature stability as well as homogenenity. Controlling the required temperature is controlled by the CR2000 control unit, using modern, up to date, algorithms. As a result, the required temperatures can be reached within approx. 40 minutes. Heating surface can be controlled locally as well as via the timer and remote access (e.g. with your Android or Apple cell phone).
STATE-OF-THE-ART SMART
CONTROL SYSTEM CR2000
The control and management of the workstation is provided by the state of the art CR2000 smart control system. This system ensures trouble-free operation of the device in 24/7 mode. Control is possible both through the large touch screen and using mobile devices and PC. The touch screen with IPS technology reacts even through laboratory gloves. The display shows all important parameters and states. The speed of the air flow in the working space, temperature in the working space (optional), pressure drop on the filter.

- LCD touch screen (works even with gloves)
- Complete information of all main parameters
- Timers for automatic start of the workstation, individual control of heating surfaces and other devices
- PID control for temperature control - ensure accurate and fast heating of the heating surfaces. Heating surface is ready for operation only in 40 minutes.
- Notification and alarms by email
- Remote control (Android, iOS) – control the workstation from your office or home
- Easy sharing video
- Voice notifications
- Push notification to cell phone
- Complete communication in Czech, English, Spanish. Others languages can be easily added
- Remote service management - save the time and costs
- Scalable access rights (user, supervisor, service, etc.)
- In time notification with smart prediction for the requirement of filter replacement, qualification, maintenance and others.
- Audit Trail - self registration of changes and alarms
- Firmware is being developing continuously
MAXIMUM SECURITY AND
USER FRIENDLY OPERATION
The workstation is designed for work involving hazardous materials, substances, tissues, viruses, cells, and more. It is equipped with state-of-the-art protection and control systems to ensure the safety of both the operator and the surrounding environment.
The key safety features include the following:

- Continuous, rapid, monitoring and analysis of filter pressure and airspeed velocity, heating surface temperature, and other critical parameters
- Secure detection system of objects located in the passage of the front glass movement – hands, fingers, tubes, cables etc. Even when the microscope is installed then it protect also the eyepiece
- Advanced overheating protection for heating surface (if installed)
- Overcurrent electrical protection
- Tight technical plenum and solid construction
- Ingress protection rating IP65 waterproof working space
- Adjustable decontamination program
- Detailed alarm system identification
- Important information sent by e-mail, push notifications to mobile phone
DIMMABLE
LED LIGHTNING
For working with DNA the cabinet is fitted with powerful LED lightings, which do not affect DNA. The side walls of the cabinet are fully glazed to ensure the optimum amount of light. The LED light can be equipped with dimmable feature to set the comfortable environment.

TECHNICAL PARAMETERS
PERFORMANCE INDEX
Leaktightness performance
LI-C
Cleaning performance
CI-S
Sterilization performance
SI-S
Cleanliness class pursuant to US FS 209 E
100 (M 3.5)
Cleanliness class pursuant to EN lSO 14644
ISO 5
Cleanliness grade acc. to EU GMP
A
Power voltage [V/Hz]
230V / 50Hz
Air-flow speed (m.s-1)*
0.40 ± 0.05
Noise level at operator workstation (dB(A)) in full mode
< 57
Noise level at operator workstation (dB(A)) in reduce mode
max. 54
STANDARD DIMENSIONS
|
|
Outer dimensions (mm) |
Workspace (mm) | ||||
|---|---|---|---|---|---|---|
|
Type |
width |
height |
depth |
width |
height |
depth |
|
MBB-12 IVF |
1240 |
1405 |
770 |
1230 |
690 |
560 |
|
MBB-18 IVF |
1850 |
1405 |
770 |
1840 |
690 |
560 |