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The MIRI® II Multiroom Incubator dedicates one chamber for one patient. IVF lab can choose from models having 6 or 12 chambers that are completely independent of each other. Any disruption on one chamber (e.g. temperature drop after opening the lid) has zero impact on the rest of the system. It has a touchscreen PC to control and monitor important parameters (temperature, gas concentration) simultaneously and give visual and audible alarm to signal critical conditions.

FEATURES:
1. One Chamber - One Patient
2. Superior gas system
3. Heated lid
4. Fast temperature and gas recovery
5. Touchscreen PC
6. Optimized heating plates
7. Easy external validation
8. Full-featured data logging software

SAFE Sens pH monitoring system for IVF culture media is integrated as a standard feature. In the US, every MIRI® II-12 unit will come equipped to easily turn on the pH monitoring feature. The SAFE Sens provides the following benefits over conventional pH tools: 
(a) a decrease in time spent on pH protocols, 
(b) data trending to optimize media pH equilibration time, 
(c) having out-of-range email alert system, and 
(d) being non-invasive due to the non-usage of petri dish and the constant opening of the incubator.

Multiroom incubator for embryo culture with 6 independent chambers, preventing cross contamination without causing any disturbance to the neighboring chambers even when the lids are opened/closed.
The MIRI is the actual standard system in new IVF labs.
DELIVERY INCLUDES:
-1 pc HEPA+VOC filter
-2 pcs External in-line filters
-2 pcs Fast connector with 15cm silicone tubing
-1 pc Data extension cable (1.5m)
-1 pc USB key with Data logging software
-1 pc power cable
-6 pcs heating optimization plates for Falcon, Nunc, or Vitrolife (please specify at the order the type of plate holder to be included)

FEATURES:
Six (6) completely independent chambers
Six independent MIRI® chambers, with precise temperature and gas regulation: Opening any chamber does not affect the environment in other chambers. Temperature or gas fluctuation caused by opening the lid have no impact on the rest of the system.

Superior gas system
Works with premix gas or 100% CO2 gas, with NDIR CO2 sensor to regulate CO2 levels. HEPA-VOC gas filtration system ensure clean gas recirculation

Heated lid
Heated chamber lids prevent condensation, enhance temperature regulation/recovery, and ensure temperature uniformity between the top and bottom of the chamber.

Fast temperature and gas recovery
Temperature recovery <1 min
Gas recovery <3 mins.

LED display
Large easy to read LED display and easy to navigate menu.

Optimized heating plates
Heating plate inserts to fit commonly used embryo culture dishes.
Easy external validation
Gas sampling ports for each chamber and independent PT-1000 sensors allow external quality evaluation of gas levels and temperature in each chamber.

MIRI® Data Logger
Continually monitors and documents gas flow, gas concentration and pressure, and temperature regulation.
Audible alarms for out of range parameters, with alarm logs documented in the Data Logger.

Space-saving the touchscreen tablet and stacking frame
Maximise the laboratory workplace by letting go of bulky computers and saving space with a tablet and a MIRI® stacking frame. Real time parameters such as temperature, gas concentration points, gas input pressures, gas flow rates, and even pH measurement can be conveniently viewed through the touchscreen tablet.

Continuous pH monitoring
Optional SAFE Sens integration for continuous pH monitoring without opening the chamber.

Advanced upright microscope system for large samples and high-resolution inspection.
The Olympus / Evident MX63/MX63L are built for semiconductor and electronics QA.

- Accommodates wafers up to 300 mm and flat panels
- Modular and customizable with encoded components
- Outstanding stability and optics for defect detection
- Ideal for FPD, circuit boards, MEMS, and microelectronic inspection
- Compatible with image analysis software for automated routines

For advanced electronics labs and cleanroom environments. Contact Analis for tailored system advice.

Engineered for labs requiring mid-range capacity with high automation, the MultiVap 10 supports up to 10 simultaneous evaporation positions and features infrared endpoint detection, vortex nitrogen purge, and a vapor exhaust system. 

MultiVap 10 – Compact Automated Parallel Evaporator

With its compact design, it serves as an efficient, safer alternative to rotary evaporators, suitable for labs even outside a fume hood. Ideal for users in clinical, forensic, and environmental analysis across the Benelux region.

The MultiVap 6 is a reliable and budget-conscious concentration solution designed for laboratories handling up to 6 samples (40 ml). 

MultiVap 6 – Cost-Effective Evaporator with Individual Control

With independently adjustable nitrogen channels and dry block heating, it enhances evaporation efficiency while preventing transfer loss. Its open-view design allows direct process monitoring, making it ideal for organic, geochemical, and petroleum analysis labs in Belgium and Luxembourg.

The Multisizer 4e Coulter Counter is a highly versatile particle counting and characterization system. It uses the Coulter principle to detect particles via electrical zone sensing, regardless of the particle’s nature or optical properties. This makes it an ideal tool for detecting and counting a wide variety of particles, such as mammalian cells, bacteria, yeast, abrasives, toner particles, cell aggregates, spheroids, large protein aggregates,...
- Detection of particles from 200 nm to 1600 µm
- Accurate determination of sample cell number, size, and concentration
- Uses the Coulter Principle Technology (Electrical Sensing Zone)
- Detects and analyzes each particle individually without using optical methods
- Analysis of a single cell per unit of time
- Real time detection of changes in the average cell size
- Detection of individual particles that deviate significantly from the average sample particle size (determination of cell aggregates)
- Detects and cleans up blockage of the aperture tube
- Easy SOP creation
- Automated aperture calibration and verification
- Automated filtration efficiency monitoring

Includes 100 µm aperture tube, 200 mL glass sample beaker, stirrer and software

MultiVap 64 – Premium Parallel Concentration System

MultiVap 96 – High-Throughput Nitrogen Evaporator for Microplates

The perfect solution to maximize your productivity

NDA 702 Dumas elemental analyzer is the best solution for high throughput labs looking for a fast and safe analyzer with the possibility to choose between Helium and Argon as carrier gas. 

The NDA 702 is powered by the DUMASoftTM software and produces N/Protein results in just 3 to 4 minutes totally unsupervised and cloud-enabled. 
 
NDA 702 is dramatically faster, easier, and safer than a traditional Kjeldahl system. 

The NDA 702 is a safe analyzer that does not require aggressive chemicals or time-consuming analysis steps, just prepare your sample and walk away!

NDA 702 Nitrogen Analyzer Working Principle

The Dumas method starts with the combustion of the sample which takes place inside the VELP combustion furnace (CF) at a temperature higher than 1000°C to obtain elemental compounds. 

Water separation is performed in 2 steps in the NDA 702. The first is the maintenance-free physical trap DriStep™ (WT1) strategically placed after combustion and the second is a chemical trap (WT2) that ensures the complete elimination of residual 1% of water.

Between the two traps, the flow of gases passes through the reduction furnace (RF) where NOX  compounds are transformed into molecular nitrogen N2.

Afterwards, the CO2 is trapped by the unique self-regenerating VELP CO2 adsorbers. 

At this point, elemental nitrogen is detected by the innovative thermal conductivity detector TCD LoGas™ which will send the data to DumaSoftTM to calculate the amount of Nitrogen and Protein. 

Elemental Analysis and the Dumas Method

The Dumas method, also known as the combustion method, is a primary method of determination of Nitrogen and Protein ensuring fast results, ease of use, and safety. However, it is considered an alternative to the classical Kjeldahl method. In fact, both of the methods are validated by different international organizations: Kjeldahl is officially recognized by AOAC, EPA, DIN, ISO, etc., whilst Dumas by AOAC, AACC, ISO, DIN, ASBC, AOCS, OIV, etc. Nevertheless, in some countries, the local guidelines recommend one method rather than the other.
The Dumas method for nitrogen determination, developed in 1831, is older than the Kjeldahl, 1883, but more convenient in many aspects such as speed, safety, cleanliness, productivity, and cost per analysis.
The problem in the past was that it was not easy to reproduce the conditions required by the Dumas method and for this reason, the Kjeldahl technique took the lead and became considered as the classical method for nitrogen/protein determination.
Nowadays, thanks to steps forward in technology, the Dumas nitrogen determination is becoming more widespread.

The Miele PLW 8683 [LD DC10] is a high-performance laboratory glassware washer engineered for the precise and thorough cleaning of sensitive lab equipment. With advanced cleaning technologies and flexible loading capabilities, it delivers consistent, traceable results in demanding lab environments. This version replace the previous serie  Miele PG 8583.

High-Efficiency Laboratory Washer for Benelux Laboratories

Designed to meet the high standards of laboratories in Belgium, the Netherlands, and Luxembourg, this model offers:

• Flexible Loading Capacity
  Accommodates up to 128 laboratory bottles or 98 pipettes per cycle, ideal for routine and high-throughput labs.
• Advanced Cleaning Technology
  Equipped with a variable-speed pump that dynamically adjusts spray pressure to optimize cleaning performance and resource efficiency.
• EcoDry Function
  Includes an automatic door-opening feature at the end of the cycle to accelerate drying and prevent residual moisture buildup.
• Intuitive Touchscreen Interface
  The M Touch Flex color display simplifies cycle selection and enables easy customization of cleaning parameters.
• Integrated Wi-Fi Connectivity
  Enables integration with laboratory digital infrastructure for process control, monitoring, and data logging.
• Built-in Water Softener
  Maintains optimal water quality, preventing limescale and ensuring long-lasting performance.
• Durable Stainless Steel Design
  Provides resistance to corrosion and wear, making it a robust solution for long-term laboratory use.

Applications in Life Science and Pharmaceutical Labs

This washer is perfectly suited for:

• Research Laboratories
  Ensures contamination-free glassware for reproducible results.
• Pharmaceutical and Biotech Facilities
  Maintains compliance with hygiene protocols for regulated environments.
• Clinical and Diagnostic Labs
  Supports critical cleaning needs for precise diagnostics.

Request More Information or a Quote

Looking to enhance your lab's cleaning efficiency with the Miele PLW 8683 [LD DC10]?
👉 Contact our experts for product details, technical advice, or a tailored quote.

The Optimate™ Gradient Maker by Beckman Coulter is a breakthrough tool for preparing density gradients in ultracentrifugation workflows. Designed for research and diagnostic labs, it offers unmatched precision, automation, and reproducibility.

Optimate™ Gradient Maker – Simplify and Standardize Your Gradient Preparations

Whether you're working in molecular biology, virus purification, exosome isolation, or complex biomolecule fractionation, Optimate™ delivers:

• Manual or automated gradient preparation—adapt to your workflow
• Real-time process visualization via an intuitive interface
• Improved reproducibility with reduced operator variability
• Time savings and enhanced experimental consistency

Optimized for use with OptiSeal™ and Quick-Seal® tubes in SW 32 Ti or SW 41 Ti rotors, this system seamlessly integrates into any Beckman Coulter ultracentrifuge environment.

Analis is the exclusive distributor of the Optimate™ Gradient Maker in Belgium and Luxembourg. Benefit from our local support and scientific expertise to successfully implement it in your protocols.
👉 Contact our specialists!

Optima AUC Analytical Ultracentrifuge package with Absorbance and Interference optics, Starter Kit (1 Counter balance, 1 Torque stand, 1 Quartz cell, 1 accessory kit) and 1 AN-50 rotor.

Beckman Coulter introduced the first AUC sample characterization instrument to help the scientific community power new discoveries. That tradition continues into the 21st century with the new Optima™ AUC system.

This latest tool is the most robust technology for providing data used to determine protein molecular weight in basic protein research and quantification of aggregation levels for academic and biopharma research.

Features :
Improved Data Quality
Higher radial resolution
Better signal to noise ratio than ProteomeLab
11x more vertical pixels for interference optics
Enables precise analysis of complex systems at discrete wavelengths (up to 20) in minimal time

Analyzes a wide array of particles in native, matrix-free conditions, including:
Proteins, Nanoparticles, LNPs, Peptides, Polymers, Micelles, Liposomes, Extracellular vesicles, Drug conjugates, Viral payload

Provides data which can answer more critical questions than any other comparable technique, including:
Shape, Mass, Diameter, Stoichiometry, Heterogeneity, Association, Aggregation, Purity, Formulation

Easier to Use
User-friendly touchscreen display indicates intuitive progression of experimental design.
Remote monitoring capabilities let you set up, monitor and extract data from virtually any location.
Compatibility with ProteomeLab XL cells and rotors
Toggle optics expedite workflow preparation.