VWR® Horizontal MAXI S PLUS Gel Electrophoresis Systems

Supplier: VWR
VWR®
81-1525
76314-822EA 1293.98 USD
76314-822
VWR® Horizontal MAXI S PLUS Gel Electrophoresis Systems
Electrophoresis Systems Horizontal Gel Electrophoresis Systems
Smallest gel size of the MAXI series, suitable for separation of 160 samples.

  • Three-point levelling base with bubble level
  • Color-coded sealed platinum electrodes and gold plated banana plugs resist corrosion
  • Gel tray has effective rubber sealed 'end gates' to allow gel pouring in the tray
  • End gates are CNC machined to ensure a perfect fit
  • Comb specifications are clearly indicated on each comb

The MAXI S PLUS and MAXI M are designed with a levelling base to keep the resulting gel flat, maximizing the quality of the run. for the high resolution. MAXI S PLUS is capable of rapidly running up to 160 samples. The MAXI M system gel size, 20×25 cm can accomodate 168 samples.

The gel tray is sealed using end gates that specifically engineered to fit into the gel tray's precision machined grooves, eliminating the need to seal the tray before pouring gels. There are six comb slots allow for 1, 2, 3 or 4 sets of samples to run equal distances simultaneously. VWR® offers a wide variety of standard and microtiter combs in two thicknesses (1.0 and 1.5 mm).

Wall combs and aluminum casting dams are available for these units. The wall comb placed in one of the comb slots can be sealed using tape or agarose of a higher percentage than the gel. Casting dams can be placed anywhere inside the gel tray and due to the optimal fit and the heat conductance of the material do not need to be sealed with tape or agarose. Chamber and all other components are fabricated from cast arylic with CNC machined parts for unsurpassed durability in the most demanding laboratories.

Delivery information: Includes four combs, two each 17 well and 34 well (1.5 mm thick), safety lid with retractable sheathed leads.
Order Now

Learn more

About VWR

Avantor is a vertically integrated, global supplier of discovery-to-delivery solutions for...

Learn more About VWR