What is a hybridisation oven used for?

A hybridisation oven provides a precisely controlled temperature environment for molecular biology techniques, primarily for DNA or RNA hybridisation with labelled probes on membranes or slides.

What are the key considerations when buying a used hybridisation oven?

Key considerations include verifying the temperature accuracy and uniformity, checking the condition of the rotating mechanism, and ensuring all safety features are operational. It's also important to confirm the power requirements.

Can this unit be used for different types of hybridisation?

Yes, hybridisation ovens are versatile and can be used for various applications including Southern, Northern, and Western blots, as well as in situ hybridisation and microarray processing, depending on the accessories.

What maintenance is typically required for a hybridisation oven?

Routine maintenance usually involves cleaning the interior chamber, checking the integrity of seals, and periodically calibrating the temperature sensor. The rotating mechanism may require occasional lubrication or inspection.

Are spare parts readily available for Illumina Boekel models?

Illumina and Boekel are established manufacturers. While availability of specific parts for older or used models can vary, common consumables and some components are generally accessible through specialist suppliers or the manufacturer.

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Illumina Boekel 230401 - 21LL Hybridization Oven

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 1

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 2

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 3

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 4

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 5

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 6

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 7

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 8

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens, photo 9

Used Illumina Boekel 230401 - 21LL Hybridization Oven - Hybridization Ovens

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Illumina Boekel 230401 - 21LL Hybridization Oven

Name: Illumina Boekel 230401 - 21LL Hybridization Oven
Brand: Illumina
SKU: 49353664
Price: 290 GBP
Availability: InStock

Price: £ 290

This listing is for a Illumina Boekel 230401 - 21LL Hybridization Oven

Cambridgeshire, United Kingdom

5,773 km away

Model Number

230401 - 21LL

Stock Number

49353664

Machinery Masters View

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

Molecular biology laboratories for nucleic acid hybridisation.
Research institutions for DNA/RNA probe hybridisation.
Clinical diagnostic labs for blot hybridisation procedures.
Biotechnology companies for microarray processing.

Typical capacity: Units of this type commonly accommodate multiple hybridisation bottles or slides, typically ranging from 6 to 20 bottles.
Temperature range: Hybridisation ovens typically offer a temperature range from ambient +5°C to around 99°C, with precise temperature control.
Temperature uniformity: For this class of equipment, temperature uniformity is critical, often ±0.5°C or better across the chamber.
Power supply: Commonly, these units operate on a standard single-phase electrical supply, such as 230V, 50Hz, suitable for UK laboratories.
Agitation/Rotation: Most hybridisation ovens include a rotating carousel or rocking platform to ensure even hybridisation, with adjustable speed.
Internal construction: The internal chamber and rotating components are typically constructed from stainless steel for corrosion resistance and easy cleaning.

A hybridisation oven provides a precisely controlled temperature environment for molecular biology techniques, primarily for DNA or RNA hybridisation with labelled probes on membranes or slides.

Hybridization ovens are valued for consistent temperature control and reliable sample processing in molecular biology workflows. Buyers typically prioritise chamber capacity, temperature uniformity, and ease of programming when selecting used units. Common strengths include robust construction and long operational lifespans. When purchasing used equipment, inspection of heating elements, chamber seals, and digital controls is advisable. Industry sentiment reflects appreciation for their dependable performance in routine hybridisation protocols, though maintenance history should be verified before acquisition.

General overview for this equipment type

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.