What maintenance is typically required for a system like the Variant 11?

Routine maintenance commonly involves daily or weekly checks, cleaning of fluidics, and periodic replacement of consumables such as columns, reagents, and waste containers. Annual preventative maintenance by a qualified engineer is also recommended.

Can this system integrate with a Laboratory Information System (LIS)?

Yes, systems like the Bio-Rad Variant 11 are designed to interface with LIS via their data management software, allowing for automated transfer of results and patient data.

What are the typical space and environmental requirements for this equipment?

These analysers require a stable laboratory environment with controlled temperature and humidity. Adequate bench space, access for maintenance, and proximity to power and waste disposal are essential.

Are reagents and consumables readily available for the Bio-Rad Variant II?

As a widely used system, reagents, columns, and other consumables for the Bio-Rad Variant II are generally available from the manufacturer or authorised distributors.

What training is usually needed to operate this type of analyser?

Operators typically require specific training on the system's software, operation, routine maintenance, and troubleshooting. This is often provided by the manufacturer or experienced laboratory personnel.

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 1

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 2

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 3

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 4

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 5

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 6

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 7

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 8

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 9

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 10

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 11

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 12

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers, photo 13

Used Biorad Variant 11 Hemoglobin testing system - Hematology Analyzers

used Equipment

Available

Verified seller

Biorad - Biorad Variant 11 Hemoglobin testing system

Name: Biorad Variant 11 Hemoglobin testing system
Brand: Biorad
SKU: 113601

Price: Contact seller for price

This listing is for the Bio-Rad VARIANT II hemoglobin testing system. The unit is in full working condition and is ready for immediate use. The Bio-Rad VARIANT II is a high-volume, fully automated hemoglobin testing system. It is primarily used in clinical laboratories to measure HbA1c for diabetes monitoring and to detect β-thalassemia and other hemoglobin disorders. Automated Sampling: It accepts barcoded primary specimen tubes directly, eliminating the need for manual sample preparation. Multi-Analyte Testing: It can switch between different testing methods, such as a 3.5-minute program for HbA1c and a 6.5-minute program for thalassemia. Variant Detection: It is designed to provide accurate results even in the presence of common hemoglobin variants like HbS, HbC, HbD, and HbE. Data Management: Results and chromatograms are managed through Bio-Rad's Clinical Data Management (CDM) software, which can interface with a lab's information system (LIS) for real-time reporting.

Cambridgeshire, United Kingdom

5,791 km away

Model Number

Variant 11

Stock Number

113601

Machinery Masters View

Typical context for this category of equipment. Always confirm specifics with the seller.

Applications & Use Cases

Diabetes monitoring through HbA1c measurement in clinical laboratories.
Screening for and diagnosis of haemoglobinopathies, including thalassaemia and sickle cell disease.
Research studies involving haemoglobin variant analysis.
Blood bank screening for certain haemoglobin traits.

Typical Specifications

Typical throughput: For this class of equipment, throughput can range from approximately 50 to over 100 samples per hour, depending on the specific assay.
Power supply: Units of this type commonly require a standard laboratory power supply, typically 230V, 50Hz for the UK market.
Dimensions (typical footprint): Clinical chemistry analysers often have a footprint of around 60-80 cm (width) x 60-80 cm (depth) x 60-80 cm (height), requiring adequate bench space.
Sample type: Typically processes whole blood samples, often collected in EDTA tubes.
Automation level: This model is described as fully automated, including sample handling and result processing.
Detection method: High-performance liquid chromatography (HPLC) is the underlying technology for haemoglobin separation and detection in these systems.

Frequently Asked Questions

Routine maintenance commonly involves daily or weekly checks, cleaning of fluidics, and periodic replacement of consumables such as columns, reagents, and waste containers. Annual preventative maintenance by a qualified engineer is also recommended.

Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.