Mini Vertical Protein Electrophoresis System

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omniPAGE Mini Vertical Protein Electrophoresis System

Cleaver Scientific omniPAGE Mini Vertical Protein Electrophoresis System combines ease of use with high resolution separations

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Overview

Features

  • Run a maximum of 4 gels within an hour
  • Perform 2-D and blotting within a day
  • Undertake discovery projects
  • Screen new samples and evaluate sample preparation conditions

 

Overview

Cleaver Scientific Mini Vertical systems are predominantly used for protein electrophoresis.

By combining both functionality and ease of use, the omniPAGE systems set the bench mark for simple, versatile vertical mini gel electrophoresis. Each omniPAGE electrophoresis system can accommodate up to 4 handcast gels (additional plates required) or 2 commercial precast gels to provide complete flexibility for individual research needs, while unique sliding clamp technology within the PAGE insert facilitates fast, intuitive leak-free casting.

With a trouble-free set up and consistent performance, the omniPAGE Mini Vertical systems are perfect for today’s laboratories, where the ability to generate reproducible results quickly is essential.

This unit has a 12 month limited warranty, for more information, consult our terms and conditions.

 

Specifications

SKU CVS10D CVS10DSYS CVS10DSYS-CU CVS10PRE
Unit Dimensions (cm) 19 x 13 x 15 19 x 13 x 15 19 x 13 x 15 19 x 13 x 15
Weight (Kg) 1.8 1.8 1.8 1.8
Capacity 1 - 4 Gels 1 - 4 Gels 1 - 4 Gels 1 - 4 Gels
Maximum Sample Capacity 80 80 80 80
Base Buffer Volume 250 250 250 250
Typical Running Conditions 1-2 hours at 90-225V 1-2 hours at 90-225V 1-2 hours at 90-225V 1-2 hours at 90-225V
Gel Dimensions 8 x 8.5 8 x 8.5 8 x 8.5 8 x 8.5
Maximum Buffer Volume (ml) 1200 1200 1200 1200
Includes Casting Base FALSE TRUE TRUE FALSE
Blotting Insert (optional) VS10BI VS10BI VS10BI VS10BI
2D Insert (optional) VS10DCI VS10DCI VS10DCI VS10DCI
Includes Additional Caster FALSE FALSE TRUE FALSE
Plate Dimensions 10 x 10 x 0.2 10 x 10 x 0.2 10 x 10 x 0.2 10 x 10 x 0.2