IMT | Products | Integrated Glass Chip

Integrated Glass Chip•Institute of Microchemical Technology Co., Ltd.

Standard type
These are our original standard chips made of Boron Silicate glass (equivalent as Pyrex) . The chip size is 70mm x 30mm x 1.4mmt.

Product code	Channel dimension	Function
ICC-SY05	width : 100um depth : 40um length after meeting the flows : 40mm	Mixing , Reaction , laminar flow
ICC-SY10	width : 100um depth : 40um length after meeting the flows : 80mm	Mixing , Reaction , laminar flow
ICC-SY15	width : 100um depth : 40um length after meeting the flows : 120mm	Mixing , Reaction , laminar flow
ICC-SY200	width : 100um depth : 40um length after meeting the flows : 200mm	Mixing , Reaction , laminar flow
ICC-SY500	width : 100um depth : 40um length after meeting the flows : 500mm	Mixing , Reaction , laminar flow
ICC-SY500MI	width : 100um depth : 40um length after meeting the flows : 500mm High-mixture use	Mixing , Reaction , laminar flow
ICC-DY05	width : 100um depth : 40um length after meeting the flows : 20mm	Solvent extraction, Separation, Laminar flow, Concentration
ICC-DY10	width : 100um depth : 40um length after meeting the flows : 80mm	Solvent extraction, Separation, Laminar flow, Concentration
ICC-DY15	width : 100um depth : 40um length after meeting the flows : 120mm	Solvent extraction, Separation, Laminar flow, Concentration
ICC-DY200	width : 100um depth : 40um length after meeting the flows : 200mm	Solvent extraction, Separation, Laminar flow, Concentration
ICC-DY05G	width : Laminar flow area 160um /others 100um depth : 40um length after meeting the flows : 20mm "Guide" structure with 36-38um height	Solvent extraction, Separation, Laminar flow, Concentration
ICC-DY10G	width : Laminar flow area 160um /others 100um depth : 40um length after meeting the flows : 80mm "Guide" structure with 36-38um height	Solvent extraction, Separation, Laminar flow, Concentration
ICC-DY15G	width : Laminar flow area 160um /others 100um depth : 40um length after meeting the flows : 120mm "Guide" structure with 36-38um height	Solvent extraction, Separation, Laminar flow, Concentration
ICC-DI 05	width : 100um depth : 40um length : 60mm	Molecular transportation
ICC-2CSK	width : 210um depth : 100um "Dam" structure with 10-20um opening, 2 "Dam" lines .	Immunoassay on Latex beads
ICC-KG01	width : 100um depth : 40um length after meeting the flows : 276mm before the 3rd flow is joined, 124mm after that.	Combination, Separation, Solvent extraction
ICC-PT100	width of "pool" : 10 × 5 mm depth of "pool" : 100um Cover glass and Slide glass aren't laminated.	Detector cell of microscopic observation and fractography
ICC-DE05	width : 50um depth : 20um	Electrophoresis

Besides the channels for the micro fluidics, each chip has the channels to eliminate gas between glass plates when they are laminated. They have no bad effects for your experiments. The channel dimension may have about 10% of variation. The delivery is normally 4-7days.
·Please see the details below about "Guide" and "Dam" structures.

Custom-made chip


Channel formation	Chemical etching with HF acid	channel shape	The cross-section of the channel is a round shape due to the isotropic etching. The smallest size of channel is 30um width and 5um depth.
		Guide structure	The guide structure on the bottom of the channel can stabilize the laminar flow.
		Pillars in the channel	The pillars may affect to stabilize the contact surface at extraction process.
		Dam structure	The dam structure is useful to fill up the plastic beads or other particles in the channel.
	Fine drilling process	Channel shape	The cross section of the channel is a rectangle shape when the fine drilling process is applied. The smallest size of the channel is 100um width and 15um depth.
	Electrode		The chip with electrodes is used for the electro-chemical study.
	Surface treatment of the channel		The hydrophobic or hydrophilic surface treatment is available. Please contact us for details.
Lamination	Lamination of 2 plates		The plate with channels and the plate with the inlet/outlet holes are laminated by heat-press. No adhesives are used and No contaminant problem in the channels occur.
Lamination	Pile-up		3 or more plates with channels and through holes can also be laminated. it is used when the complicated reaction process or the multiple synthesis reaction steps are needed.
Materials for chips	Materials for chips


Channel by etching process	Channel with dam structure filled by Plastic beads	Channel with Pillars

Channel with Guide structure	Channel by Fine drilling process	Micro chemical chip with electrodes

Piled-up Micro chemical chip