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Pulse Field Electrophoresis System FM-PFES-A100

Pulse Field Electrophoresis System FM-PFES-A100

Pulse Field Electrophoresis System FM-PFES-A100 supports 13 samples with a gel size of 120×120 mm and 120×60 mm. Equipped with microprocessor control, it delivers programmable, user-defined pulse settings. Built-in multi-electrode tank ensures accurate field orientation across specific gel regions. Temperature regulation system maintains constant range from 10°C to 30°C with ±0.1°C precision. Its compact design with automated detection and memory functions ensures smooth operation. Ideal for genome mapping, large DNA fragment separation, and molecular diagnostics.

$29,320.00


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Pulse Field Electrophoresis System FM-PFES-A100 - Specifications

Gel size (W×L) 120 × 120 mm
Number of samples 9 to 13
Total buffer volume 3000 ml
Pulse angle ± 120°
Pulse width 1 to 9999s programmed pulse or 1 to 20 line increase pulse
Module timer 1 min to 99hrs 59min
Temperature range 10° to 30°C
Tolerance <± 0.5°C
Voltage gradient Maximum 9.5V/cm, increment 0.1v/cm
Maximum current 0.5A
Maximum Power 300W
Power supply dimension (L×B×H) 280 × 240 × 110 mm
Pulsed tank dimension (L×B×H) 465 × 445 × 142 mm
Output control allocation dimension (L×B×H) 465 × 445 × 100 mm
Constant temperature circulator 196 × 406 × 482 mm
Weight 85.2 kg

Pulse Field Electrophoresis System FM-PFES-A100 - Features

  1. Pulse width adjustability
  2. Dual-thickness gel combs
  3. Buffer circulation module
  4. Auto shutdown function
  5. Real-time status display

Pulse Field Electrophoresis System FM-PFES-A100 - Applications

  • Pulse Field Electrophoresis System FM-PFES-A100 is essential for accurate analysis of genomic DNA and large DNA fragments. Widely used in chromosome mapping, genetic disorder studies, and genome library construction. Highly reliable for clinical research, academic experiments, and molecular biology applications.

Pulse Field Electrophoresis System FM-PFES-A100 - Accessories

  • Accessories

    Quantity
    Power supply1
    Output control allocation1
    Pulsed electrophoresis Tank1
    Constant temperature circulator1
    Gel casting1
    120× 120 mm gel tray1
    Gel pad1
    2 mm thickness 9-well comb2
    2 mm thickness 13-well comb2
    Sample module2
    Sample exporter2
    Level1
    Clip2
    Circular tube3
    Level adjusting button4
    Control line2
    Electrical cables1
    Power cord1

Frequently Asked Question

1: How many samples can be processed at once in Pulse Field Electrophoresis System FM-PFES-A100?

FM-PFES-A100 supports up to 13 samples simultaneously, using various gel comb configurations, including 1.5 mm and 2.0 mm thickness options for flexibility.

2: Is FM-PFES-A100 safe for continuous operation?

Yes, FM-PFES-A100 includes features like overload protection, buffer level detection, automatic shutdown, and memory retention to ensure safe and uninterrupted use during long-duration experiments.

3: Can the pulse width and electric field be customized in FM-PFES-A100?

Yes, FM-PFES-A100 allows programmable pulse widths and electric field directions through the CPU-controlled interface, enabling tailored settings for different experimental requirements.

4: What is the main use of the Pulse Field Electrophoresis System FM-PFES-A100?

FM-PFES-A100 is primarily used for the separation and analysis of large DNA fragments, especially those ranging from 100 kb to over 6 Mb, commonly used in genome mapping and molecular diagnostics.

5: How is temperature controlled in Pulse Field Electrophoresis System FM-PFES-A100?

FM-PFES-A100 features a constant temperature circulation module that precisely maintains the gel temperature between 10°C to 30°C with a tolerance of ±0.1°C, ensuring optimal separation conditions.

Alternative Models Of Pulse Field Electrophoresis System

Pulsed Field Gel Electrophoresis Systems are advanced tools in molecular biology designed to separate large DNA molecules using an alternating electric field. They enable the resolution of DNA fragments ranging from 100 bp to several mbs. It includes a programmable power supply, a field direction controller, and a specialized electrophoresis tank to ensure consistent and efficient separation. It is widely used in applications such as genome mapping, microbial typing, and DNA fingerprinting.