Spin Coater Price In India – Best Spin Coater – Spin Coating Machine

Are you looking for industry leading spin coaters in India? Read this post to see Navson’s spin coater price in India. Used in various materials science laboratories and research setups in India and abroad, Navson spin coating machines are know for their reliability and flexibility.


Leading Spin Coater at Best Price in India – See Pricing


Industry Best Spin Coating Machines


Referring to this conversation on Research Gate by a on this question:


Does anyone have a suggestion for purchasing a programmable spin coater? – I intend to purchase a programmable spin coater to deposit powder materials as a thin film. My budget is 8 to 10 thousand US dollar. Can anybody please suggest me any brand/model that is authentic? Many thanks in advance.


One research scholar replied,

If this question is still relevant, I would suggest you to try an innovative spin coater made by Navson Technologies, India (Spin coater name: NT12000). It is highly user friendly and astonishingly accurate performance on-par with Laurell spin coaters but at a very affordable price (3000 – 4000 USD).



Scoring high on multiple industry parameters – The Navson Spin Coating Machines


Innovative Spin Coater Price In India


Navson spin coating machines are highly competitive in pricing as well as best-in-class features. And leading research institutes are preferring this for their remarkably high accuracy and equally high user-friendly design. Below mentioned are the spin coater price in India for two of its most popular models,


  1. Spin Coater NT12000V1: Rs. 1,75,000
  2. Spin Coater NT12000V2: Rs. 1,25,000


So if you are dealing in scientific lab equipment or planning to purchase spin coater for your research work, this portable Spin Coating Machine offered by Navson Technologies Pvt. Ltd. will be the best investment.


Growing Demand For Spin Coaters


There is a growing market for Spin Coaters in India and across the globe. And as research centers, institutes and companies get more funding for advancing the field of organic electronics, nanotechnology, bio tech, semiconductor and other industries: the demand for automated spin coater, semi-automated spin coater and manual spin coating machines will only rise.

This highlights the growing business opportunities for companies in trading, wholesale and dealerships of scientific lab equipment. Here, Navson Technologies offers attractive dealership schemes for its range of products to address this growing market.

For more details, see contact details here.


Spin Coating Hydrogel Films

Thin hydrogel films have attracted great attention due to their promising applications in molecular separation, medical dressings, flexible electronics, etc. The tough physical hydrogel films by spin coating of a P (acrylic acid-co-acrylamide) or P (AAc-co-NIPAm) polymer solution and a subsequent gelation process, in which robust carboxyl–Fe3+ coordination complexes
were formed.


(a) Schematic for the profile of the disc hydrogel film. (b) Thickness profile of the P(AAc-co-AAm) hydrogel film fabricated with different spin times


By controlling the spin time, spin speed, and concentration of the polymer solution, the thickness of the films could be well tuned, ranging from several to hundreds of micrometers. The hydrogel films showed excellent mechanical properties, with tensile breaking strengths, breaking strains, Young’s moduli and tearing fracture energies. The obtained gel films showed a fast response (<60 s) and a large output force (~0.2 MPa) triggered by a concentrated saline solution, making them an ideal material in the design of chemomechanical device.

Image Credits: RSC Publishing


Reference: DOI: 10.1039/c8sm01126e


Spin Coating For Fabrication Of (r) GO-Assisted Membranes

Spin coating method is a widely used method for the fabrication of (r) GO-assisted membranes. Commonly, the first step of spin coating is dropping GO suspension on a base. The second step is rotating the plate with high speed. Consequently, there will be a formation of thin liquid layer which is driven by a centrifugal force. The properties of different GO membranes prepared by three methods, spin-coating, drop-coating and solvent-induced precipitation. They used glass and quartz as substrate to fabricate GO films. As a result, the GO films fabricated by spin coating were the thinnest among all products.

Spin coating method can easily adjust the thickness and area of membranes by controlling the amount of (r) GO solution and the size of the substrate. The produced r-GO thin film have been used in the application of photodetection.

Reference: Royal Society of Chemistry