The BioXp 3200 System uses advanced generation assembly techniques to enable scientists to rapidly develop synthetic genomes and genome parts for research and development activities. The BioXp 3200 System is designed to rapidly synthesize high-quality, linear DNA fragments from custom-designed oligonucleotide pools and reagents across a significant portion of the complexity continuum. Up to 32 DNA fragments (tiles) ranging in size from 350 bp to 1.8 kb can be assembled with high fidelity. DNA fragments synthesized by the BioXp 3200 System are ready for offline sequencing QC, further assembly into larger fragments, cloning into vectors with compatible ends, and other common downstream applications. BioXp Tile size ranges are 350 – 1800 bp. The size ranges for BioXp degenerate library tiles are 300 – 800 bp (recommended). The size ranges for BioXp clones are 350 – 1800 bp. The GC% complexity of the BioXp tiles ranges from 20 – 70% GC (350 bp – 1.0 kb), 40 – 60% GC (350 bp – 1.8 kb). The GC% complexity of the BioXp degenerate library tiles is between 20 – 70% (within the recommended size range). The GC% complexity of the BioXp clones ranges from 20 – 70% GC (350 bp – 1.0 kb), 40 – 60% GC (350 bp – 1.8 kb). The composition of BioXp tiles consists of A, T, C or G residues. The composition of BioXp degenerate library tiles consists of IUPAC code residues. The composition of BioXp clones consists of A, T, C or G residues. The yield of BioXp tiles is >200 ng purified, linear dsDNA in 45 µL TE buffer. The yield of BioXp degenerate library tiles is >200 ng purified, linear dsDNA library in 45 µL TE buffer. The yield of BioXp clones is ~ 20 µL of cloned product (± 2 µL) and ~ 40 µL of non-cloned tiles (± 2 µL). The format of BioXp Tiles ranges from 1 to 32 reactions in a 96-well plate format. The format of BioXp Degenerate Library Tiles ranges from 1 to 32 reactions in a 96-well plate format. The format of BioXp Clones ranges from 1 to 32 reactions in a 96-well plate format. The dimensions are (W x H x D): 660 x 530 x 740 mm. The weight is 63.4 kg