This round bottom tube is designed for use in Beckman Coulter instruments and rotors. Ultra-Clear tubes are transparent, allowing for easy location of visibly banded or pelleted samples.
Compatible Ultracentrifuge Rotors
- Fixed Angle: Type 70 Ti, Type 50.2 Ti
- Swinging Bucket: SW 32 Ti, SW 28
Compatible High Performance Rotor
- Swinging Bucket: JS-24.38
Certified-free and sterile tubes are also available.
Silicone viscosity standard fluids are most commonly used to verify calibration of Brookfield lab viscometers anviscometers and rheometers and are less temperature sensitive than mineral oils.
General purpose silicone fluids are the most commonly used standard for verifying calibration of your Brookfield Viscometer/Rheometer.
Silicone Standards are for Newtonian fluids which are accurate to ±1% of viscosity value.
Silicone fluids provide excellent temperature stability and are less temperature sensitive than oil viscosity standards.
Brookfield Viscosity Standards are certified by methods traceable to the United States National Institute of Standards and Technology (NIST).
The selection of one or two fluids will normally provide sufficient measurement points to verify calibration of your instrument.
All fluids are supplied in ½ liter (1 pint) containers complete with a certificate of calibration.
FEATURES & BENEFITS
- Accuracy: ±1% of viscosity value
- Excellent temperature stability
- Recommended for use with Brookfield and most other rotational viscometers
- Most economical
- Special viscosity values and temperature calibrations available upon request
Silicone viscosity Standard fluids are most commonly used to verify the calibration of Brookfield lab viscometers/ rheometers and are less temperature sensitive than mineral oils.
General purpose silicone fluids are the most commonly used standard for verifying the calibration of your Brookfield Viscometer/Rheometer.
Silicone standards are for Newtonian fluids which are accurate to ±1% of viscosity value.
Silicone fluids provide excellent temperature stability and are less temperature-sensitive than oil viscosity standards.
Brookfield Viscosity Standards are certified by methods traceable to the United States National Institute of Standards and Technology (NIST).
The selection of one or two fluids will normally provide sufficient measurement points to verify the calibration of your instrument.
All fluids are supplied in ½-liter (1 pint) containers complete with a certificate of calibration.
FEATURES & BENEFITS
- Accuracy: ±1% of viscosity value
- Excellent temperature stability
- Recommended for use with Brookfield and most other rotational viscometers
- Most economical
- Special viscosity values and temperature calibrations available upon request
Silicone viscosity standard fluids are most commonly used to verify calibration of Brookfield lab viscometers/ rheometers and are less temperature sensitive than mineral oils.
General purpose silicone fluids are the most commonly used standard for verifying the calibration of your Brookfield viscometer or rheometer.
Silicone Standards are Newtonian fluids which are accurate to ±1% of viscosity value.
Silicone fluids provide excellent temperature stability and are less temperature sensitive than oil viscosity standards.
Brookfield Viscosity Standards are certified by methods traceable to the United States National Institute of Standards and Technology (NIST).
The selection of one or two fluids will normally provide sufficient measurement points to verify calibration of your instrument.
All fluids are supplied in ½ liter (1 pint) containers complete with a certificate of calibration.
FEATURES & BENEFITS
- Accuracy: ±1% of viscosity value
- Excellent temperature stability
- Recommended for use with Brookfield and most other rotational viscometers
- Most economical
- Special viscosity values and temperature calibrations available upon request
Silicone viscosity standard fluids are most commonly used to verify calibration of Brookfield lab viscometers/ rheometers and are less temperature sensitive than mineral oils.
General purpose silicone fluids are the most commonly used standard for verifying calibration of your Brookfield Viscometer/Rheometer.
Silicone Standards are Newtonian fluids which are accurate to ±1% of viscosity value.
Silicone fluids provide excellent temperature stability and are less temperature sensitive than oil viscosity standards.
Brookfield Viscosity Standards are certified by methods traceable to the United States National Institute of Standards and Technology (NIST).
The selection of one or two fluids will normally provide sufficient measurement points to verify calibration of your instrument.
All fluids are supplied in ½ liter (1 pint) containers complete with a certificate of calibration.
FEATURES & BENEFITS
- Accuracy: ±1% of viscosity value
- Excellent temperature stability
- Recommended for use with Brookfield and most other rotational viscometers
- Most economical
- Special viscosity values and temperature calibrations available upon request
Flexible G-96 WELL Gradient Block is used with Aeris™ Thermal Cycler and is interchangeable with four other blocs. An ideal way to adapt your device to your sample needs in capacity, quantity and labware format.
Accurate determination of a protein’s charge heterogeneity helps establish identity and stability. Capillary Isoelectric Focusing (cIEF) is a powerful technique that allows quantitative analysis of a protein’s isoelectric point (pI). In cIEF, a mixture of sample and ampholyte is introduced into a capillary and subjected to electrophoretic separation. In this process, a pH gradient through which analytes migrate to their respective pI is formed.
The PA 800 Plus Pharmaceutical Analysis System automates the advanced cIEF technology necessary to successfully achieve high precision and quantitative separations. The use of optimized universal methods and synthetic pI markers attains the highest levels of precision in pI calculation and direct isoform quantitation with on-line UV detection.
This kit provides reagent volumes for analysis of 100 samples and includes:
• eCap Neutral Capillary, 1 unit
• cIEF gel
• cIEF Peptide Marker Kit, 5 vials (pI 4.1, pI 5.5, pI 7.0, pI 9.5, pI 10.0), 240 µL each
• Sample Loading Solution (SLS), 6 mL
• CE Grade Water
NOTE: Additional reagents from other vendors are required for this application. Methods and necessary supplies can be referenced in the following AIBs, available for download at www.sciex.com:
• A-11634: Identification of System Parameters Critical for High-Performance cIEF
• A-12015: A Robust cIEF Method: Intermediate Precision for the pH 5-7 Range
• A-12026: High-Resolution cIEF of Therapeutic Monoclonal Antibodies: A Platform Method Covering pH 4-10
Calorific standard in powder or pellet form for standardizing all oxygen bomb calorimeters. Benzoic acid, 0.2 gram pellets, bottle of 1000 pellets.
The BioCompact II RF210 is a high-performance freezer designed to safely store biomaterials at ultra-low temperatures. With a temperature range from -25°C to -5°C, it offers reliable performance for biological and medical sample preservation. Its compact design and advanced cooling technology ensure optimal functionality in tight spaces.
Key Features:
- Advanced forced air system for efficient temperature distribution.
- Reliable temperature alarms to protect sensitive contents.
- Environmental-friendly refrigerant (R600a) reduces impact.
- Space-efficient design: 125-liter gross volume with 104 liters of useable space.
- Easy-to-use control system with temperature offset and alarms for precise management.
The BioCompact II RR210 is a compact laboratory refrigerator, designed to meet the needs of professionals requiring reliable storage for biomaterials. Its efficient temperature stability and flexible internal design make it ideal for laboratories with limited space. With a temperature range from +2°C to +20°C, it ensures consistent storage conditions, essential for medical and biological samples.
Key Features:
- Energy-efficient cooling system based on lamellar evaporators for improved temperature control.
- Temperature alarms (audible and visual) and door alarms for safety.
- Environment-friendly refrigerant: R600a for reduced environmental impact.
- Versatile internal layout: 7 shelves, 4 drawers, or 2 wire baskets for flexible storage.
- Compact design with a 125-liter gross volume and 104 liters of usable space.
The COULTER LATRON CP-X Control is supplied as a ready-to-use suspension of latex particles. These particles pass through the flow cell and produce
characteristic electrical signals that are measured as volume, conductivity and various angles of light scatter and light loss, for quality control of Coulter
Cellular Analysis Systems with VCSn technology.
MATERIALS PROVIDED:
• LATRON CP-X Control - 8 x 4 mL
• Table of EXPECTED RESULTS containing Assigned Values and EXPECTED RANGE
The Erlab captair Smart 321 is a ductless filtration fume hood designed to protect the user by filtering hazardous vapors produced by your samples. It is quiet, easy to use and fully customizable to your exact needs and laboratory application.
Features:
- Oblong type opening
- Cut costs of installation, maintenance and operation with a ductless fume hood
- With Erlab’s unrivalled SMART technology you can work with complete confidence that you are fully protected from the hazardous fumes and particles produced from your laboratory applications
- Simple communication by clear sound and light pulses indicate varied information including faults, run time, air face velocity, filter saturation, ventilation settings, fan failure, etc.
- Overall dimensions (WxD) 780x620 mm. Height is dependent on filter configuration and can be 1110-1285 mm.
- Corrosion resistant, electro-galvanized steel coated with an anti-acid polymer
- The eGuard App is available for remote control monitoring of the hood, changing the settings, and delivering safety alerts immediately to your devices (mobile phone, tablet and PC)
- One filtering column that can be configured to handle liquids, powders or both
- Continuous monitoring of air face velocity
- 65W
Options:
- Three different work surface options with built in spill tray (Trespa/phenolic resin, 304L stainless steel or tempered glass)
- Can be supplied with a fixed or mobile bench or you have the option to use your own bench
- The Molecode detection sensor can be supplied in three types (acid, solvents and formaldehyde)
- By providing us with your chemical handlings, we can calculate what type of activated carbon or HEPA filters you require and initiate a filter rotation schedule to ensure full protection for years to come
- Safety filter in case of main filter saturation
- Available with a number of tap options (nitrogen, hot water, cold water, vacuum, natural gas, compressed air, distilled water, un-ionized water, methane, etc.)
- Transparent back panel
- Internal 240V electrical socket
- Waste port
- Sink (30x15 cm), location to be indicated by customer
- Analis exclusive warranty and service contract available to include annual visits and replacement filters
Power supply:
- Standard 230V
Safety Standards
- AFNOR NF X 15-211:2009: France - BS 7989: England, DIN 12 927:Germany - EN 1822:1998 (HEPA H14 & ULPA U17 Filters) - CE Marking
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