« BASIS FOR QUALITY AND REPRODUCIBILITY OF THE ANALYSIS »

CAMAG Nanomat 4 and Capillary Dispenser

The CAMAG Nanomat 4 serves for easy application of samples in the form of spots onto TLC and HPTLC layers, precisely positioned and without damage to the layer.

The actual sample dosage is performed with a disposable capillary pipette, which is precisely guided, thus ensuring that the chromatogram can be scanned automatically according to a programmed pattern.

The CAMAG Nanomat 4 is suitable for:

  • Conventional TLC plates including self-coated plates up to 20 x 20 cm.
  • HPTLC plates 10 x 10 cm and 20 x 10 cm.
  • TLC and HPTLC sheets up to 20 x 20 cm.

The Capillary pipettes are loaded into the dispenser in magazines. Capillaries of 0.5,1, 2, and 5 μL volume are available. Each capillary size requires an appropriate dispenser magazine.
With the Universal Capillary Holder capillary pipettes are taken from the dispenser, filled with sample solution and then placed against the applicator head of the Nanomat 4.

Ordering information Nanomat 4 and Capillary Dispenser



040.1500

CAMAG® Nanomat 4 Complete-Kit, consisting of:
022.4730 CAMAG® Nanomat 4
022.7655 Capillary Dispenser
022.7786 Universal Capillary Holder
022.7661 Dispenser Magazine for 1 μL Capillary Pipettes,
022.7771 Capillary Pipettes 1 μL, pack of 5 x 100 Capillary pipettes

022.7660

Dispenser Magazine for 0.5 μL Capillary Pipettes

022.7661

Dispenser Magazine for 1.0 μL Capillary Pipettes

022.7662

Dispenser Magazine for 2.0 μL Capillary Pipettes

022.7665

Dispenser Magazine for 5.0 μL Capillary Pipettes

022.7770

Capillary Pipettes 0.5 μL pack of 5 x 100

022.7771

Capillary Pipettes 1.0 μL pack of 5 x 100

022.7772

Capillary Pipettes 2.0 μL pack of 5 x 100

022.7775

Capillary Pipettes 5.0 μL pack of 5 x 100

Inquiry / Request A Quote

Fields marked with an '*' are mandatory fields.

Salutation *
 Mr       Mrs
Title
Given Name *
Last Name *
Company *
Address *
ZIP *
City *
Country *
Phone *
Fax
E-Mail *
Topic *
Message *
Code *


 
 
image image image image image image image