Kalstein

Orbital Shaker YR06053

Orbital Shaker YR06053

The 3D Oscillator Shaker YR06053 is a versatile instrument designed for laboratories requiring gentle and adjustable shaking capabilities. This model features a speed range of 10 to 80 rpm, making it perfect for handling delicate samples. With a digital panel that allows timing from 1 minute to 8 hours, the 3D Oscillator Shaker offers precision and ease of use. It is compactly designed to fit into incubators, ovens, refrigerators, or other lab equipment, making it highly adaptable to various environments. The shaker is powered by a DC brushless motor, known for its long lifespan, silent operation, and maintenance-free performance.

This page provides an overview of the Orbital Shaker YR06053, including selection criteria, investment factors, operational advantages and maintenance recommendations. The aim is to support an informed decision before requesting a quotation.

This Kalstein model is available for laboratories in United Kingdom, with selection criteria adapted to local purchasing, installation and support conditions.

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Key factors to consider

Key factors to consider

Before selecting the Orbital Shaker YR06053, confirm workflow, available space, required accessories and installation conditions. This prevents oversizing the purchase and helps prepare a more accurate quotation.

Its use is oriented to laboratory routines that require observation, control and operational continuity.

For the market in United Kingdom, evaluation should consider local context such as NHS, university research, UKCA/CE marking and match the product to the real workload of the laboratory.

Market price range

Market price range

The pricing for 3D oscillating shakers similar to the YR06053 model generally ranges between $500 to $800. This average aligns well with industry standards, offering a professional-grade tool at a competitive price point. For precise pricing, request a quote through our platform or generate one instantly on Kalstein Plus.

The final price may vary according to configuration, accessories, logistics, warranty and territorial availability. Compare the technical sheet with the real laboratory workload before confirming the investment.

In United Kingdom, budget comparison should include CE references, 230V/50Hz power conditions, accessories, logistics and after-sales support.

Value for money

Value for money

One of the main advantages of the YR06053 model is its digital panel and adjustable speed capabilities, providing precision in various laboratory tasks. Its brushless motor ensures silent operation and requires no maintenance, enhancing operational efficiency. However, a potential drawback might be its maximum load of 0.8kg, which could be limiting for certain heavy-duty applications.

Value for money should be reviewed together with equipment stability, after-sales support, technical documentation and expected service life. A well-matched selection reduces downtime and improves return on investment.

Advantages and disadvantages

Advantages and disadvantages

Its use is oriented to laboratory routines that require observation, control and operational continuity.

Main advantages include specialized application, integration with laboratory routines and accessory configuration. Limitations may include installation requirements, user training and preventive maintenance to preserve performance.

Expected lifespan based on use and maintenance

Expected lifespan based on use and maintenance

To maximize the lifespan and performance of the 3D Oscillator Shaker YR06053, it is important to operate within its specified load and speed parameters. Regularly clean and inspect the shaker to ensure that it remains in optimal working condition. For comprehensive instructions, refer to the user manual provided with the device.

Service life depends on usage frequency, cleaning, storage, calibration when applicable and adherence to technical recommendations. A structured maintenance plan helps preserve accuracy, safety and operational continuity.

Support and spare-parts availability oriented to United Kingdom helps preserve service continuity and plan preventive maintenance without extended downtime.

Specifications table for the Orbital Shaker YR06053

Orbital Shaker YR06053

Orbital Shaker YR06053

Un fluorómetro mide los parámetros de fluorescencia su intensidad y distribución de longitud de onda del espectro de emisión después de la excitación por un cierto espectro de luz. Las aplicaciones incluyen química / bioquímica, medicina, monitoreo ambiental. Eso significa que se utilizan para medir la fluorescencia de clorofila para investigar la fisiología de la planta. Estos son dispositivos clave en cualquier laboratorio biológico, especialmente para investigaciones. Es por eso que le presentamos este dispositivo de alta tecnología, para convertir su laboratorio en una compañía confiable.YR412-A es su solución, ya que es capaz de medir la absorbancia de todos los ingredientes (como ADN, ARN, oligos, etc.) de la muestra a 260 nm, pero tenga en cuenta porque eso puede hacer que la lectura sea inexacta. El fluorómetro mide la intensidad de fluorescencia del reactivo fluorescente, que se combina con la molécula objetivo para leer la concentración de la muestra. En general, la lectura es menor que la de los productos de la serie Nano, pero es mucho más precisa. La sensibilidad de los productos de la serie Nano es superior a 5 ng / ul, mientras que el fluorómetro mide 0,5 pg / ul para medir la concentración de ADN. Es importante y necesario para la mayoría de las aplicaciones leer la concentración más baja y precisa de la muestra. Con el fluorómetro YR412-A con el kit de cuantificación, puede medir la concentración de la muestra de forma rápida, sensible y precisa.*
Lo más destacado de YR412-A


  • Simple: pantalla táctil de 4,3 pulgadas, pequeña y fácil de usar

  • Medición fácil en 3 segundos para ADN, ARN y proteínas

  • Alta sensibilidad: el límite de detección de ADN más bajo es 0.5pg / ul

  • Dos canales ópticos: equipados con dos canales de fluorescencia para ácido nucleico, cuantificación de proteínas en una detección

  • Rango dinámico lineal: cinco órdenes de magnitud.

  • Sistema de apertura: puede combinar el instrumento con el reactivo que elija

  • Puede guardar como máximo 1,000 datos y datos de salida por puerto USB

  •  Adaptador: adaptador de tubo qPCR de 0,5 ml Adaptador de tubo qPCR de 0,2 ml



(current)
ModelYR412
Light SourceLED
Dynamic RangeFive orders of magnitude
Linear Dynamic RangeR> 0.995
DetectorPhotodiode
Repeatability<1.5%
Stability<1.5%
Measurement Speed3 s (Once)
SensitivitydsDNA: 0.5ng/ml
Dimensions (mm)194 x 155 x 72.5 mm
Weight (Kg)0.4 Kg
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Frequently Asked Questions about the Orbital Shaker YR06053

What is the maximum load capacity of the shaker?

The 3D Oscillator Shaker YR06053 supports up to 0.8kg, making it suitable for most laboratory applications.

Can the shaker be used inside an incubator?

Yes, its compact design allows it to fit inside an incubator or other enclosed lab environments.

How do I choose the right orbital shaker yr06053 for my laboratory?

Selection should start from workload, critical technical parameters, available space and frequency of use. Kalstein can support the comparison between operational needs, budget and maintenance requirements to avoid choosing equipment that is oversized or insufficient.

What should I review before requesting a quotation?

Review the model, technical specifications, required accessories, electrical conditions, consumables, delivery timing and installation needs. With this information, the quotation can be prepared more accurately and aligned with the laboratory workflow.

Does Kalstein provide guidance for this type of equipment?

Yes. The commercial and technical team can support product evaluation, explain differences between models, answer application questions and advise on preventive maintenance, spare parts and documentation required for a secure purchase.

What maintenance helps extend the equipment lifespan?

Follow the manufacturer manual, perform regular cleaning, verify calibrations or controls when applicable, avoid workload abuse and keep maintenance records. Stable use and preventive routines reduce failures and improve operational continuity.

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