Additional information
VEP-170301 | Mini Vertical Gel Electrophoresis Unit (Gel size 10×10cm) |
---|---|
VEP-170302 | Midi Vertical Gel Electrophoresis Unit (Gel size 13×13cm) |
VEP-170303 | Maxi Vertical Gel Electrophoresis Unit (Gel size 20×20cm) |
• Appropriate for Polyacrylamide gels to study Nucleic acids and proteins
• A unique and leak proof design
• System includes – Basic Unit, Set of Glass plate and Notched plate, 2 pairs of Spacers, 2 Sets of Combs, Pair of clamps, Set of Detachable Platinum Electrodes, pair of Electric Cords, User Manual
• Standard Unit Pack provides spacers and combs to make gels of 1.5 mm thickness (with different tooth size and number)
• Combs and Spacers can be customized in various sizes to vary gel thickness
VEP-170301 | Mini Vertical Gel Electrophoresis Unit (Gel size 10×10cm) |
---|---|
VEP-170302 | Midi Vertical Gel Electrophoresis Unit (Gel size 13×13cm) |
VEP-170303 | Maxi Vertical Gel Electrophoresis Unit (Gel size 20×20cm) |
• Suitable to study Antigen-Antibody specificity reaction on Agarose gel
• Complete System includes – Basic Unit, Various Templates, Gel Punch, Gel Holder, Gel Cutter, Set of Glass Plates, Set of Detachable Platinum Electrodes, Pair of Electric Cords, User Manual
• Attractive design
• Compact in size
• Controlled by DC Motor
• Speed 0 – 100 Oscillations/minute
• Timer 0-99 minutes
• Movement See Saw
• Approximate weight 2.5 kg
• Power consumption 200 watt
• Applications may include – Blotting, Gel Staining and Culture Aeration
• Appropriate to study Proteins and other low molecular weight charged components
• Complete System includes – Basic Unit, Paper Handling Tray, Set of Detachable Platinum Electrodes, Pair of Electric Cords, User Manual
• Units can be customized to accommodate multiple paper handling trays
• Most suitable for viewing fluorescent stained gels
• Gel Viewing Filter provides high quality performance by facilitating sharpened gel view
• Provision of UV Protectant shield
• Compact in size and light in weight
• Provision of working in both High and Low Light Intensities with an aid of simple switch system