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Vertical Electrophoresis System FM-VES-B100

Vertical Electrophoresis System FM-VES-B100

Vertical Electrophoresis System FM-VES-B100 features built-in aluminium plate enabling effective temperature control across the gel surface, supporting stable run conditions. It is designed to deliver accuracy and consistency in biomolecular separation workflows. Maintenance is simplified through removable electrodes, while the auto power-off lid enhances operational safety. It is ideal for academic research, clinical diagnostics, and protein or nucleic acid analysis in biotechnology labs.

$3,133.00


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Specifications

Glass plate size (W×L) 214×220mm
Gel size (W×L) 174×195mm
Gel thickness 1.0, 1.5 mm
Number of gels 1 to 2 pcs
Number of samples 21 to 70
Total buffer volume 2200 ml
Dimension (L×B×H) 300 × 140 × 260 mm
Net weight 13.5 kg

Features

  1. Dual gel compatibility
  2. Compact footprint
  3. Fast setup design
  4. Wide glass plate format

Applications

  • Vertical Electrophoresis System FM-VES-B100 Ideal for protein and nucleic acid separation in research and diagnostic labs. Supports high-resolution electrophoresis for analytical and preparative purposes. Widely used in molecular biology, clinical testing, and biotechnology workflows.

Accessories

  • AccessoriesQuality
    Lid with cables1
    Main body with electrodes1
    Bottom stand1
    Gel casting stand1
    Notched glass plates3
    Spacer plate with 1.0 mm glass spacer3
    Spacer plate with 1.5 mm glass spacer3
    1.0 mm thickness 21-well comb2
    1.0 mm thickness 21-well comb2
    1.0 mm thickness 35-well comb2
    1.0 mm thickness 35-well comb2
    Dummy plate1

Alternative Models Of Vertical Electrophoresis System

Fison's Vertical Electrophoresis systems offer durable polycarbonate construction with clear visibility for easy gel observation. It features a leak-proof glass plate design for safe and consistent gel casting. The system includes automatic power cut-off for added user protection during lid removal. Built-in electrodes ensure uniform electric field distribution for precise results. Its compact design supports easy setup and efficient operation in laboratory environments. Ideal for protein and nucleic acid separation in molecular biology and clinical research.