Modal and C Methods Grating Design and Analysis Software

Pricing and Online Purchase:

License information:

Please note that license for our software is locked to computer, on which it is installed on (in case of purchase you can receive licenses for 2 more computers for free by request at mc@mcgrating.com).

You can buy Full or Light version, but only one type of edition per one purchase. Price is shown for 1 license. Buy 2 or more packages to get discount. The percent of discount will be shown under price table.

In case you already bought a license, we can offer you additional licenses with discount. Please, contact us if you are interested.

Purchased licenses are valid for 3 years since time of purchase. Licenses renewal for next 3 years will cost you 50% of initial purchase price.

We use PayPal service to handle payments. Your will receive your purchased license on your PayPal email address within 48 hours after we get confirmation from PayPal.

You can also pay for our software by wire transfer. Contact us at mc@mcgrating.com to get contract and invoice.

Full version. No limits.
Light version is intended to calculate only diffraction efficiencies without additional options like: Analysis, Optimization, Fields, Resonances, Slider and Lamellar modes.
This field should be filled to make a purchase. You can find Hardware ID by going to Help -> About menu of any MC Grating Software module:

About Dialog

Just press Copy button, and your computer's Hardware ID will be copied into clipboard.

Purchase:

CodeFull version ?Light version ?
Collinear Modal methods (TMM and FMM)
Conical Modal methods (TMM and FMM)
Chandezon Collinear methods (Classic and Extended)
Chandezon Conical methods (Classic and Extended)
Crossed grating FMM method
Crossed grating Chandezon method

MC Grating Software is a solution of the diffraction grating analysis and design problems for multilayer periodic 1D and 2D grating structures:

  • Multilayer grating filters and mirrors.
  • Integrated optics grating couplers.
  • Biochemistry sensing chips.
  • Wire grid polarizes.
  • General multilayer structures.