On the format of a microscopy slide (75.5 mm x 25.5 mm x 1.5 mm), microfluidic channels in various widths and depths are available. The channel distance from center to center is 4.5 mm according to the spacing of a 384 microtiter plate. The fluidic chips are available with simple through-holes fitting to normal pipette tips, and Mini Luer interfaces that can be used with the respective counterpart. Alternatively, standard Luer interfaces are convenient, as are olives integrated on the chip to be directly connected with silicone tubings, for example.

Chips with 1 Channel

Schematic Drawing of Fluidic 268

Fluidic 268

Chips with 4 Parallel Channels

Schematic Drawing of Fluidic 138

Fluidic 138

Schematic Drawing of Fluidic 143

Fluidic 143

Schematic Drawing of Fluidic 144

Fluidic 144

Schematic Drawing of Fluidic 145

Fluidic 145

Schematic Drawing of Fluidic 156

Fluidic 156

Schematic Drawing of Fluidic 180

Fluidic 180

Chips with 8 Parallel Channels

Schematic Drawing of Fluidic 157

Fluidic 157

Schematic Drawing of Fluidic 431

Fluidic 431

Chips with 16 Parallel Channels

Schematic Drawing of Fluidic 142

Fluidic 142

Schematic Drawing of Fluidic 152

Fluidic 152

Schematic Drawing of Fluidic 1023

Fluidic 1023

Schematic Drawing of Fluidic 1340

Fluidic 1340

Channel chips with metering function – Volume test chips

The volume test chips are designed for precise and controlled fluid handling at the microscale. These chips feature straight channels with measurement scales integrated into their design, allowing for accurate monitoring of the filling volume. The volume test chip is available as Fluidic 1474 with one channel or as Fluidic 1475 with three parallel channels

Schematic Drawing of Fluidic 1474

Dimensions of Fluidic 1474

Schematic drawing of Fluidic 1475

Dimensions of Fluidic 1475