Compact Microarrayer XactII™

 

Microplate Printing

 

Xtend™ Microarray Pins

High Capacity Arrayer THOMAS™

Xpand™ Membrane Holders

Xtend RM Microarray Pins

 

Designed as a replacement for discontinued  MATRIX™ and Apogent Discoveries MicroSpot™ C ceramic pins.

 

 

                                                                       

                                               Xtend RM pins                                                                                      Original MATRIX pins

                                   

 

HIGHLIGHTS

-  Xtend™ RM pins feature metal shaft tubular through it's entire lengths. While MATRIX™ pins have shaft       hollow up to the hole in the side surface of the shaft. The rest of the shaft is solid.

Tubular shaft makes cleaning easier and allows bigger pickup volume.

- Tip diameters available 0.14 mm; 0.2mm; 0.3mm; 0.35mm; 0.5mm; 0.7mm

-  Keep all feature of the popular Xtend™ microarray pins.

- Exact dimensions of the original MATRIX™ and Apogent Discoveries MicroSpot™ C pins

- Controllable uptake volume

- Equally effective on glass and plastic surfaces

- Zero cross-sample contamination

- Zero evaporation during printing cycle

- No prespotting required

- Absolute chemical inertness and corrosion resistance

- 100 times tougher than glass

- Easy handling

SPECIFICATIONS

 

Part Number

Tip Diameter

Number of spots per well of a 96-well plate

Deposition volume

Uptake Volume

Number of spots per pick-up GLASS/MEMBRANE

Number of prespotting hits required GLASS/MEMBRANE
 0037-140

0.14 mm

up to 256 spots

1nL / 5nl

5-300nL

300 / 60

2 / 1
0037-200

0.20 mm

up to 100 spots

1.8nl / 8nl

5-300nL

165 / 36

2 / 1
0037-300

0.30 mm

up to 49 spots

2.2nl / 10nl

5-300nL

135 / 30

2 / 1
0037-350

0.35 mm

up to 36 spots

3nl / 15nl

5-300nL

100 / 20

2 / 1
0037-500

0.5 mm

up to 25 spots

5nl / 25nl

5-300nL

60 / 12

2 / 1
0037-700

0.7mm

 up to 16 spots 7nl / 35nl 10-300nL 40 / 8 2 / 1

Smaller diameters allow more dense printing. Best suited for high capacity scientific microarrays.

Larger diameters produce bigger spots with more integral intensity of the fluorescent signal thus providing better dynamic range of the experiment. Best suited for low density diagnostic microarrays and experiments with low expressing genes.

 

 

 

PRICE

 

Part #

Description

Price

0037 - xxx

Xtend RM Pins (all diameters)

 $250 each