Easy to use, safe and inexpensive, this method is extremely desirable for many applications where high quality of layers are required. Despite of the process simplicity, several experimental and theoretical investigations appeared in the literature explaining the dependence of the spin coating process on the electrical, optical and morphological characteristics of the films.In such a way that the control of the fluid flow and the fluid evaporation are essential to meet uniform thin films.Since both contribute to the overall rate of the thinning during spinning of the fluid on the substrate.For example, if there are no evaporation of the solvent, the film thickness at long time varies with spin speed and time.While in the presence of constant or variable solvent evaporation rates,Steady-State film thickness obeys h α Ω - ⅔ or h α Ω - ½.
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In present-day thin film studies, Spin Coating Systems are an indispensable tool for fabricating thin films on a suitable substrate. The Spin Coating Technique has an immense role in the field of lithography and many other fields associated with Thin Film Fabrication & Characterization.
spinNXG-P2 - Apex has successfully developed an advanced fully micro controller based Programmable Spin Coater spinNXG-P2 with virtually unlimited number of steps per program.This compact, bench top, cost effective device is in chemical compatibilities. It can perform multi-step programming for precise deposition of metal oxide, polymer and metal organic thin film. This instrument is currently under testing at APEX-lab.
A new series of highly advanced Langmuir-Blodgett Film Balance and Deposition System is on its way for the big launch at APEX-lab.
APEX successfully installed over 400 Spin Coating Systems in India.
Xdip-MV1 - Apex has recently launched Multi Vessel Dip Coating System Xdip-MV1 with an unique concept to cater the scientific world. This is a fully microcontroller controlled instrument with a special robotic design and having an user-friendly firmware.

