Key advantages
- Cone/plate and plate/plate geometries for wide viscosity ranges
- Extremely small sample volumes for fast setup and cleanup
- High shear rates for demanding formulations
- Rapid and precise temperature control
- Industrial-grade design with standalone operation
Typical applications
Key advantages
- Optimized for soft solids, pastes, and high-yield materials
- Automated vane immersion for excellent repeatability
- High-torque motor for tough samples
- Fast “Quick Test” workflows for QC
- Complies with ASTM C474-15 for gypsum materials
Typical applications
The reliable solution for solvent extraction
The SER 148/3 and SER 148/6 can be used to separate a substance or a group of elements from solid and semi-solid samples according to the Randall technique (consisting of Immersion, washing and solvent Recovery).
As for the automatic version SER 158, the main field of application is the determination of the content of soluble products such as fats, detergents, plasticizers and pesticides in food, animal feeds, detergents, rubber and plastic formulas, pharmaceutical products, soil.
The SER 148 Series is a semi-automatic solution with no compromises on operator safety (IP55) and solvent consumption also guaranteeing a limited cost per analysis.
Combined to HU6 Hydrolysis Unit, is possible to use the same crucibles to prevent any possible sample loss between the two units.
Randall Method, Faster Results
Perform single or multiple solvent extractions with Randall method, an improvement of Soxhlet technique, as hot solvents are used to speed up the analysis. In fact, the fast solubilization made by hot solvent permits a considerable reduction of the extraction time (approx. 90 minutes).
The extraction is made by immersion of the sample in the boiling solvent, followed by a rinsing phase with cold solvent.
Maximum reproducibility is ensured, as well as a high recovery rate of the solvent used.
SER Series can be used with a wide range of sample types and with a variety of solvents, for increased flexibility.
Fast and accurate solid-liquid extraction
The SER 158 Series automatic solvent extractors, available in 3- and 6-position models, provide precise and accurate solutions for both quantitative and qualitative extractable matter determination according to the Randall method, analyzing up to 5 times faster than traditional Soxhlet extraction.
The solid-liquid extraction process efficiently removes soluble components from solids through 5 sequential steps. The SER 158 works in compliance with international standards, including s AOAC, ISO, EPA, APHA, UNI.
With robust heating, advanced software, and integrated safety features, the SER 158 ensures reproducible extraction results.
The SER 158 is fully automated to maximize productivity and free operator time. Just Load&Go!
Unparalleled versatility and scalability
The SER 158 Series stands out for its versatility, designed to handle all sample types and sizes with a complete range of accessories and consumables:
- Butyl, Viton, and the exclusive Vaflon seals ensure broad compatibility with the majority of solvents and solvent mixtures.
- 3 different sizes of cups, thimble holders, and thimbles enable precise extraction of minimal sample amounts while reducing solvent use.
- Choose between cellulose thimbles for quantitative analysis and glass fiber thimbles for qualitative analysis.
- Compatibility with HU6 glass crucible to prevent sample loss during transfer.
The SER 158 is a universal solvent extractor and combining up to 4 units enables you to perform multiple applications independently and simultaneously.
Smart and easy to use.
The SER 158’s exclusive 7" ControlPadTM offers a highly intuitive User Interface, simplifying setup and interaction with the analyzer.
Engineered for 24/7 unattended operation, the SER 158 leverages the Load&Go technologies, minimizing the need for manual intervention. The integrated, removable ControlPadTM supports connection with a balance and barcode reader, maximizing automation and ensuring full traceability.
Choose from a library of pre-installed methods, create new ones, and mark your favorites for a fast start-up. The ControlPad™ displays each extraction step in real-time, providing a comprehensive set of information and options.
Results are immediately calculated and stored in the on-board memory. With three USB ports and an Ethernet connection, data can be easily exported to external devices for seamless integration.
The SFR vario V3 is an advanced, non-invasive shake flask reader designed for real-time monitoring of critical parameters such as oxygen (O₂), biomass, pH, and oxygen uptake rate (OUR) during microbial and cell culture processes. Utilizing optical sensor technology, it enables precise and continuous data acquisition without disturbing the culture environment.
SFR vario V3 Shake Flask Reader – Real-Time Monitoring of O₂, Biomass, pH, & OUR
Key Applications: Microbial fermentation, cell culture optimization, bioprocess development, media optimization, and metabolic studies.
Key Features
-
Simultaneous Monitoring: Real-time measurement of O₂, biomass, and either pH or CO₂
Non-Invasive Technology: Optical sensors integrated into the flask bottom allow measurements without sampling, reducing contamination risks.
-
Wireless Data Transfer: Bluetooth connectivity facilitates seamless data transmission to PCs or notebooks.
-
Multi-Unit Control: Manage up to four SFR vario units simultaneously using the dedicated software.
-
Versatile Flask Compatibility: Supports various flask sizes (125 mL to 5,000 mL) with or without baffles.
-
Battery-Powered Operation: Equipped with two long-lasting, rechargeable batteries for uninterrupted monitoring.
-
User-Friendly Software: Intuitive interface for data visualization, analysis, and export in multiple formats.
The manual ERWEKA SMG 697 and SMG 53466 are the units for the reproducible determination of apparent bulk density, which can be used with all free flowing powders or granulates.
According to DIN ISO 697 and DIN 53 466, the apparent bulk density is determined by measuring the mass of powder in a receiver of known dimension after filling from a funnel of a specified shape under specified conditions.
Included in the delivery are the apparatus SMG 697 or SMG 53466, operating instructions and a calibration certificate.
High-precision digital measuring microscope for dimensional inspection and QA.
The Olympus / Evident STM7 series ensures repeatable, micron-level measurements for industrial applications.
- Motorized or manual models for flexible lab integration
- Compatible with PRECiV software for automated measurement and reporting
- High-stability frame minimizes vibration and thermal variation
- Objective lenses optimized for both observation and metrology
- Suitable for flatness, length, diameter, and geometry checks
Perfect for R&D and production environments. Analis supports full integration and training.
Zoom stereomicroscopes designed for education, routine inspection, and research preparation.
The Olympus / Evident SZ51 and SZ61 models deliver consistent imaging with excellent depth and contrast.
- SZ61: 6.7:1 zoom ratio, SZ51: 5:1 zoom ratio
- Greenough optical system for flat field imaging
- Antistatic materials and coatings
- LED illumination with excellent brightness and uniformity
- Suitable for educational and light industrial use
An efficient and compact solution. Analis offers support across Belgium and Luxembourg.
Cost-effective research stereomicroscope for routine biological imaging and inspection.
The Olympus / Evident SZX10 offers a high zoom range and excellent stereo representation for demanding lab tasks.
- Wide 10:1 zoom ratio with magnification up to 123x (with 2X objective)
- Galilean optical system provides flat, natural 3D images
- Darkfield and polarization imaging supported
- Fluorescence observation capability for basic research needs
- Robust and modular for lab flexibility
A dependable choice for routine research in life sciences. Contact Analis for tailored setups in your region.
Advanced stereomicroscope platform for zoom imaging from whole organisms to cellular details.
The Olympus / Evident SZX16 offers a powerful zoom ratio and precision optics for complex life science research tasks.
- Zoom ratio of 16.4:1 enabling magnification up to 230x
- Apochromatic optics ensure clarity with minimized chromatic aberration
- Supports fluorescence, darkfield, brightfield, and polarization observations
- High NA objectives deliver up to 900 line pairs/mm resolution
- Ergonomically designed with ample working space for micromanipulation
Ideal for developmental biology, embryology, and neuroscience. Local support from Analis is available across Benelux.
Ergonomic stereomicroscope for high-quality life science imaging with modular versatility.
The Olympus / Evident SZX7 delivers natural, high-fidelity color and user-friendly controls.
- 7:1 zoom ratio with magnification up to 112x
- Galilean optical system ensures clarity and depth
- LED base with reflected/transmitted illumination
- Slim design with easy sample access
- Compatible with digital microscope cameras
Ideal for routine observations, sample prep, and documentation. Reach out to Analis for local configuration support.
Augmented reality module for stereo microscopes to guide inspection and training workflows.
The Olympus / Evident SZXAR1 overlays digital content directly into the field of view for smarter interaction.
- Displays guidance, images, text, or video without leaving the eyepiece
- Enhances operator speed and reduces training time
- Integrates with SZX stereo microscopes for real-time AR support
- Ideal for manufacturing, QC, and hands-on education
- Improves documentation and operator standardization
Ask Analis for a demonstration of AR-enhanced microscopy solutions.
Automated Liquid Handling
Capillary Electrophoresis
Cell culture and Fermentation
Cell health
Centrifugation
Chromatography (flash & prep)
Cleaning
Clinical Automation (TLA)
Clinical IT solutions
Clinical chemistry
Clinical quality controls
Color-Appearance and Physical tests
DNA / RNA (Nucleic acids)
Disinfection
Electrochemistry
Environmental monitoring
Flow cytometry
Flow cytometry Cell sorting
Freeze drying
Heating & cooling
Hematology
Imaging
Immuno-Hematology
Immunoassay
In Vitro Fertilization (IVF)
Lab furniture & design studies
Liquid Handling (Manual)
Mass spectrometers
Material testing & characterization
Metrology
Microbiology (Clinical)
Microscopy
Moisture analysis
Nephelometry
POCT
Particle characterization
Platelet aggregation
Protection cabinets
Pumping
Rheometers
Sample preparation
Shakers and stirrers
Sterilization
Storage
Synthesis
Tablet testing
Texture analyzers
Toxicology
Urine analysis
Viscometers
Water purification
Weighing