Crude Fiber, Neutral & Acid Detergent Fiber
FIWE 3 (like the FIWE 6) is a fiber analyzer suitable for raw fiber extraction, conventionally known as an indigestible residue. Rapid analysis, reliable results and high reproducibility are some of the most relevant benefits of these units which are ideal for the following applications:
- the Weende method, the oldest analytical procedure still in use today, in which fiber concentration is measured as crude fiber (CF)
- the Neutral Detergent Fiber (NDF), a method developed by Van Soest, now the most common measure of fiber used for animal feed analysis
- Acid Detergent Fiber (ADF), a portion of the plant fiber and includes cellulose, lignin and variable amounts of xylans.
- Acid Detergent Lignin (ADL) determination and Wijkstrom technique, a modification of the Weende method
High Reliability, Single or Multiple Extractions
Perform single or multiple extractions including boiling, rinsing and filtration steps with the maximum reproducibility available.
No sample transfer prevents any possible sample loss, as crucibles can also be used as sample vessels during weighing, drying and washing.
Pre-heat the reagents with RC2 hot plate (included), and pour them directly into the system.
No transfer and sample loss
In order to prepare the sample for fiber analysis, COEX ensures rapid fat extraction directly into the same glass crucibles used by the FIWE series.
The crucible, containing the defatted sample, is transferred directly to the FIWE analyzer, eliminating.
Crude Fiber, Neutral & Acid Detergent Fiber
FIWE 3 and FIWE 6 are fiber analyzers suitable for raw fiber extraction, conventionally known as an indigestible residue. Rapid analysis, reliable results and high reproducibility are some of the most relevant benefits of these units which are ideal for the following applications:
- the Weende method, the oldest analytical procedure still in use today, in which fiber concentration is measured as crude fiber (CF)
- the Neutral Detergent Fiber (NDF), a method developed by Van Soest, now the most common measure of fiber used for animal feed analysis
- Acid Detergent Fiber (ADF), a portion of the plant fiber and includes cellulose, lignin and variable amounts of xylans.
- Acid Detergent Lignin (ADL) determination and Wijkstrom technique, a modification of the Weende method
High Reliability, Single or Multiple Extractions
Perform single or multiple extractions including boiling, rinsing and filtration steps with the maximum reproducibility available.
No sample transfer prevents any possible sample loss, as crucibles can also be used as sample vessels during weighing, drying and washing.
Pre-heat the reagents with RC2 hot plate (included), and pour them directly into the system.
No transfer and sample loss
In order to prepare the sample for fiber analysis, COEX ensures rapid fat extraction directly into the same glass crucibles used by the FIWE series.
The crucible, containing the defatted sample, is transferred directly to the FIWE analyzer, eliminating.
Fully Automatic Crude and Detergent Fiber
Accurate and reproducible results are what a scientist of the animal feed industry needs for fiber determinations to meet the requirements of product labeling and quality control.
The FIWE Advance automates digestion, washing and filtration steps guaranteeing consistency for Crude Fiber with Weende Method and Detergent Fiber for fiber fraction with Van Soest Method NDF, ADF and ADL.
Compliance and consistency
FIWE Advance produces accurate results that always comply with official ISO and AOAC methods for both Crude Fiber and Detergent Fiber.
In addition, the FIWE Advance method using crucibles avoids the loss of fibre due to the transfer of the sample which remains in the crucible for the duration of the analytical procedure.
The sample in fact remains inside the crucibles during the extraction, digestion, washing and filtration phases, and also during weighing and finally for drying and ashing eliminating the risks of error.
Load the samples and go
FIWE Advance saves you valuable time by reducing costs and improving your lab's productivity.
FIWE Advance requires only 2 minutes of operator time compared to more than 50 minutes/operator of a semi-automatic solution.
You will no longer need to preheat and pour chemicals into the columns, manage the temperature for proper boiling, or make sure the filtration is successful.
With FIWE Advance all these operations are automatic and thanks to the cloud connection you are always informed with immediate notifications.
- TruSpectral technology allows simultaneous multiplexing of up to 6 channels
- Industry-leading 10-laser system (405–785 nm) with powerful NIR capabilities up to 900 nm
- Dual scanner system offers fast resonant and high-resolution galvo scanning with improved depth and speed
- SilVIR detectors provide stability and reproducibility across sessions
- Suitable for both fixed and live-cell imaging
Contact Analis application specialists to receive personalized system proposal or organize a demo.
- Powered by SilVIR™ detectors for low noise and high photon sensitivity
- TruResolution™ objectives minimize spherical aberration in deep tissue
- Resonant scanner enables high-speed, gentle time-lapse acquisition
- Modular system fits upright, inverted, or gantry configurations
- Wide spectral range with up to six channels and IR excitation from 690–1300nm
Ask Analis for a customized solution or live demo.
Reliable and accurate
The analytical procedure for the determination of dietary fiber involves a series of digestions of the sample by thermostable enzymes using the enzymatic digester GDE, which operates in accordance with the official AOAC method for the determination of total dietary fiber.
The magnetic stirrer of GDE ensures homogeneity thanks to a continuous and constant stirring of the sample while avoiding overheating that could compromise the success of enzymatic digestions.
Intuitive and precise
Set the timer for unattended operation, you can quickly set the operating time and focus on other tasks.
The transparent polycarbonate tank ensures visibility and enhanced resistance up to 105 °C; whilst the use of deionized water eliminates any possible creation of limestone.
Outstanding temperature regulation is possible with GDE: through an intuitive digital display, it is possible to set the desired temperature, with excellent accuracy of only ± 0.2 °C.
Inverted metallurgical microscope for high-resolution inspection and documentation.
The Olympus / Evident GX53 combines powerful optics with a flexible modular platform.
- Delivers excellent resolution and clarity at high magnifications
- Inverted design simplifies observation of heavy or large samples
- Works with coded nosepiece and digital camera integration
- Suitable for failure analysis, R&D, and metallography labs
- Seamless integration with PRECiV imaging software
Analis provides system integration and support for materials science users.
DIRUI HC-300 Urine Analyzer
Welcome to the world of DIRUI redefining medical equipment. Introducing the all-new redesigned HC-300 Urine Analyzer, a perfect blend of technology and convenience. Designed for multi-scenario applications, the HC-300 ensures practicality that goes beyond expectations.
Key Features:
• Beyond Expectation Practicality: The HC-300 is not just a urine analyzer; it’s a blend of technology and convenience, ensuring accurate results every time.
• All-New Re-Designed: DIRUI revamped the compact design to offer an ergonomic, user-friendly experience ensuring ease of use without compromising on performance.
• Multi-Scenario Application for a Point of Care Testing (POCT): Whether it’s a busy hospital or a private clinic (Ambulance, mobile test station, delivery room, care units, etc.), the HC-300 adapts seamlessly to every environment, delivering consistent results.
Explore the technical specifications and witness the blend of efficiency, speed, and accuracy. With up to 14 parameter detection capabilities, it’s engineered for perfection. Work with Consumables: Strips, QC.
Ask Analis experts for support in the Benelux (Belgium, the Netherlands, and Luxembourg). For other countries, ask DIRUI for a local representative.
Preliminary Hydrolysis for total fat determination
The VELP Scientifica Hydrolysis Unit HU 6 is the ideal solution for the sample preparation prior to solvent extraction for the determination of the total fat content, in order to free the fat molecules ready for extraction.
This procedure is required in a number of AOAC Official Methods to determine the fat content of food samples such as meat, cheese, seafood, chocolate, cereal flours, etc.
The HU 6 performs hydrolysis in complete safety and handles six samples at the same time in order to maximize productivity.
Fast and safe hydrolysis
The samples are heated in test-tubes in an aluminum heating block offering excellent thermal homogeneity. Hydrolysis is performed in an acidic environment (4N hydrochloric acid) and in some cases also in a basic environment (20% w/v ammonia) for about 60 minutes at a temperature of 170°C. The hydrolyzed sample is then filtered in a glass crucible and washed with warm deionized water to eliminate traces of hydrochloric acid.
The HU 6 is supplied with a vacuum pump that ensure safety thanks to the reduction of acid fumes.
The glass crucible containing the hydrolyzed and washed sample is oven dried before being placed in a desiccator. The crucible is then transferred directly to the SER 158 and SER 148 Solvent Extraction Unit avoiding any possible sample loss and ensuring improved accuracy of results.
PixCell HemoScreen™ – Lab-Quality CBC Testing at the Point of Care
The PixCell HemoScreen™ is a compact, FDA-cleared and CE-marked hematology analyzer that delivers a 5-part differential Complete Blood Count (CBC) from a single drop of blood — in just 5 minutes. Specifically designed for true point-of-care use, it offers unmatched simplicity and accuracy, with:
- No maintenance required
- No calibration needed
- No reagent handling
- Capillary or venous blood sampling (20 µL)
- Disposable all-in-one cartridges with sealed reagents and waste
- Validated accuracy in peer-reviewed studies
The analyzer uses PixCell’s patented viscoelastic focusing technology combined with AI-powered image analysis to differentiate and count cells with high precision.
Ideal for decentralized diagnostics, the HemoScreen™ supports clinical decision-making across various settings, including:
- Emergency departments & ICUs
- Oncology infusion centers
- Psychiatry clinics (e.g., clozapine monitoring)
- Pediatrics & primary care
- Military and mobile healthcare units
With its portable format (5.5 kg) and intuitive interface, the HemoScreen™ makes hematology accessible where it matters most.
High-Precision Imaging for Advanced Reproductive Research
Why Choose the IX73 for ICSI/IMSI?
- Designed for IVF: Optimized for ICSI, IMSI, and SL-ICSI techniques.
- Improved Workflow: Motorized switching between objectives and condenser positions with one-button operation.
- High-Contrast Imaging: Supports relief-contrast and differential interference for clear oocyte and sperm visualization—even in plastic dishes.
- Effortless Operation: Focus and brightness automatically adjust with magnification changes.
- Expandable Configuration: Compatible with third-party micromanipulators and accessories.
Application Highlights
ICSI (Intracytoplasmic Sperm Injection)
IMSI (Intracytoplasmic Morphologically Selected Sperm Injection)
SL-ICSI (Spindle Localization)
Key Features
- Semi-motorized microscope with motorized switching of condenser/objectives
- Spindle observation standard (polarized light)
- One-button switching between observation methods via hand switch
- Supports IMSI with optional unit
- UIS2 optical system for superior image quality
- Compatible with relief contrast, DIC, and polarization techniques
Looking for full automation?
Inverted compound microscope for standard multicolor fluorescence and routine imaging.
The Olympus / Evident IXplore IX73 is optimized for high-quality imaging with ergonomic design.
- Fluorescence-ready system for cell culture and standard research tasks
- Same optical quality as high-end IXplore platforms
- Encoded upgrade path for improved reproducibility
- Simplified, intuitive operation for efficient workflow
- Modular build supports different vessels and observation techniques
Designed for consistent results in routine lab work. Contact Analis for full system integration.