Chemical inkjet Printer

The Chemical Inkjet Printer (ChIP), an inkjet printer-like device which is equipped with a piezoelectric reagent-dispensing system, has been developed by Shimadzu Corporation. The ChIP can dispense picoliter volumes of matrix solution onto a tissue section, which has four printing heads and nozzles that have no contact with the tissue section surface. 

Chemical Inkjet Printer CHIP-1000 (Shimadzu Biotech, Kyoto, Japan). 

Microspotter like the chemical Inkjet Printer, CHIP-1000 (Shimadzu Biotech, Kyoto, Japan) can be used. CHIP-1000 is a piezoelectric solvent delivery system able to deliver pico-liter volumes of reagents to define locations of various surfaces. It is equipped with an on board scanning device, which allows imaging the area of interest and easily selecting the right print location. An array of microspots that cover a specific area or the entire tissue section can be defined. Spots of 200 xm in diameter were spaced by 250 xm. 

Microspotter like the chemical Inkjet Printer, CHIP-1000, can be used. CHIP-1000 is a piezoelectric solvent delivery... 

Pens can be independently addressed within one- or two-dimensional arrays with chemically distinct inks via an inkjet printer (95,96). Multiplexed inking of two-dimensional arrays with multiple fluorophore labeled phospholipids has been successfully tested. 

Coppjer (Cu) nanoparticies are of great interest in various fields, spjecifically that of printable electronics. Cu interconnects less than 20 xm wide can be made with a high resolution screen printer or a sup>er inkjet printer using an ink which contains dense Cu nanoparticies. Cu nanoparticies have been synthesized by various reduction processes from cuprous (Cu(I)) or cupric (Cu(II)) compounds, including direct electrochemical reduction (Han et al., 2006 L. Huang et al., 2006 Yu et al., 2007), chemical reduction (Lisiecki Pdeni, 1993 Lisiecki et al., 19% H. H. Huang et al., 1997 Qi et al., 1997 Ohde et al., 2001), thermal reduction (Dhas et al.. 

The process that produces these 3D structures begins with an electronic, three-dimensional solid model file, generally called a CAD model. The 3D printer uses an inkjet printhead to deposit controlled droplets of specially formulated binder onto thin layers of powdered material. The binder forms the desired part, which is built in a multilayer process, one digital slice at a time. Once the printing is complete, the shapes are removed from the unbound, loose powder and chemically or mechanically bonded or solidified. 

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