Thermal cycler YR01869-2

FabricanteKalstein

Description

The Thermal Cycler YR01869-2 is an advanced device engineered to enhance the nucleic acid extraction process with precision. Featuring innovative rotary mixing technology (RMT), this sophisticated thermal cycler can efficiently manage 16 x n different yields, enabling simultaneous sample extraction without interference. Its compact and versatile design is perfect for laboratories with varying experimental needs. Notably, this device won the prestigious Red Dot Design Award 2021, owing to its user-friendly interface, complete with a 6.86-inch touchscreen and remote control capability via an app on smartphones and tablets.

Market Price

The price of advanced laboratory equipment such as the Thermal Cycler YR01869-2 typically falls within a range of $8800 to $9600 USD, representing a significant investment. This price range reflects the high value and state-of-the-art technology offered by the device. Laboratories and research centers looking to obtain a personalized quote and benefit from exclusive discounts can easily generate an automatic quote through the Kalstein Plus platform. This service provides tailored offers and access to additional benefits like specialized technical support.

Frequently Asked Questions

  • What types of samples can the Thermal Cycler YR01869-2 process? This device is adept at handling a wide array of samples, specifically those requiring accurate nucleic acid extraction for DNA and RNA analysis.
  • Is the Thermal Cycler YR01869-2 user-friendly? Yes, the device includes a 6.86-inch touchscreen and a remote control system, making it highly intuitive and easy to use from smartphones or tablets.
  • How can I ensure my equipment remains in optimal condition? Regular maintenance, such as cleaning after each use and performing remote system updates, is crucial for maintaining the device’s performance.

Advantages and Disadvantages

Advantages:

  • High Flexibility: Capable of conducting multiple simultaneous projects with 16 x n different yields.
  • Automated Workflow: Incorporates automatic reagent identification and remote updates, enhancing efficiency by reducing manual intervention.
  • Advanced Protection System: Equipped with UV lamps, internal negative pressure, and HEPA filtration to minimize contamination and ensure accurate results.
  • Compact and Portable Design: The mobile design facilitates experiments in various settings and applications.

Disadvantages:

  • High Price: Although it offers excellent performance value, the high cost might be a barrier for smaller laboratories with limited budgets.
  • Requires Specialized Maintenance: Being an advanced device, it necessitates trained personnel for maintenance and system updates.

Product Use in the Field

The Thermal Cycler YR01869-2 is primarily employed in genetic research laboratories, clinical diagnostic centers, and biotechnology applications. Its adaptability makes it suitable for environments such as hospitals, forensic labs, or research facilities, where it aids in nucleic acid extractions, biological sample analysis, and PCR projects. The cycler’s portable design and mobile power source are invaluable in scenarios demanding flexibility and rapid results.

Recommendations

To maximize the performance of the Thermal Cycler YR01869-2, adhere to the maintenance guidelines provided by the manufacturer. This includes cleaning the device regularly and updating reagent protocols. Since the device can handle simultaneous tasks, maximizing its capabilities by running parallel assays can boost laboratory productivity. Utilizing the UV disinfection system and HEPA filtration is essential for maintaining result accuracy by preventing cross-contamination.

Features

  • Rotary mixing technology for efficient sample processing.
  • User-friendly 6.86-inch touchscreen interface.
  • Remote control capability via smartphone and tablet apps.
  • Compact design with portable power source.
  • Advanced protection with UV, ozone, and HEPA filtration.

Technical Specifications

Model YR01869-2
Throughput 16
Processing Volume 20-1700μL
Sample Processing Volume 200-500μL
Compatible Consumables Customized 96-deep-well plates, single 6-strip tubes
Inter-well Difference CV≤3%
Mixing Method Rotary mixing
Rotary Speed 100~3000rpm
Temperature Control Range Temperature control separately for lysis and elution.
Temperature range from 30°C to 120°C.
Temperature Control Accuracy Heating speed: 4.0±0.2°C/s.
Temperature accuracy: ±1.0°C.
Temperature uniformity:≤1.0°C.
Languages Chinese/English
Protocol Management Flexible to create, edit and delete protocols
Operation Mode Mode 1: Android systems in smartphones/tablets
Mode 2: 6.86 inch full-color LCD screen
Automatic Control Automatic opening and closing of the experiment cabin
Reagent Identification Automatic identification of reagent information and running the assays
Mixing Sleeve Monitoring Real-time monitoring of the mixing sleeves status in experiment
Magnetic Bead Residue ≤1%
Power Failure Protection Choose freely whether or not to continue the experiment when the power is on again after cutting off
Disinfection Ozone + UV disinfection
Auto Power-off Auto power-off after UV disinfection
Negative-Pressure Filtration Negative pressure HEPA filtration module
Connection Port Type USB port
Weight 7.4Kg (net)
Instrument Dimensions 210mm(L)*229mm(W)*242mm(H)
Power Supply AC220V, 50Hz

Additional information

Weight 11 kg
Dimensions 34 × 29 × 31 cm

Quote List

Quote List

No products in the list

Product categories

In this section you can select the sector or product of your interest.

FAQ

Do you need help?

If you have any questions before processing the order, take a look at the most frequently asked questions

Do you want to know the cost of air shipping to your establishment?

Place your address in the payment area and you will automatically see the shipping to your door!

I am an institution; I need to know the price for several units; I would like to know the cost of the maritime freight

Request a custom quote in the contact section once you identify the model.