Our lowest capacity short reads sequencer, able to generate reads up to 300 bp in length and this at a throughput of 1M to 30M reads per run.

Capillary electrophoresis device that enables qualification and quantification of (genomic) DNA samples, but also RNA samples.

High throughput UV-Vis spectrometer for the quantification of DNA, RNA and proteins

Medium throughput (6 - 12 samples) DNA fragmentation device resulting in high quality fragmentation results using low cost plastics.

Medium throughput SNP array device, where 4 beadchips can be scanned/loaded simultaneously. The amount of samples that can be loaded is dependent on the assay/beadchip.

Manual 96-channel air-displacement pipette from Gilson to manipulate large sample quantities in 96 or 384-well plates. As it is a manual pipette, it is highly versatile in usage in lab.

Our highest capacity short read sequencer. This device can generate reads up to 250 bp in length (on the SP flowcell) and generate up to 10B reads per flowcell (S4).

Microchip electrophoresis device that enables speedy qualification of DNA samples of up to 6Kb in size.

High throughput fluorescence, luminescence and absorbance (filter based) plate reader.

Low throughput methodology for performing very tight DNA size selections, that are not possible using magnetic beads.

Microdroplet generator to partition single cells and to barcode RNA/DNA using the 10x Genomics Next GEM technology.

Sequencing long reads is no hassle on this device. It can sequence 5 MinION flowcells simultaneously and perform the data analysis on board.

Basic fluorometer for single-tube concentration measurements of dsDNA, ssDNA, RNA and proteins

Low throughput DNA fragmentation device (single tube). High quality fragmentation results, but costly tubes required.

Medium throughput SNP array device, where 48 samples (1 sample/genechip) can be processed simultaneously per run.

Automated liquid handler, requiring virtually no plastics/tips. It dispenses (incrementally) droplets of 0,1 or 0,5 µl for the Low volume chip and 1 or 5 µl droplets for the High volume chip. It is solely used to pipette reagents (virtually no 'dead volume') and not biological samples.