Product Images No Makeup Concealer (tan) Spf 20

View Photos of Packaging, Labels & Appearance

Product Label Images

The following 7 images provide visual information about the product associated with No Makeup Concealer (tan) Spf 20 NDC 45634-732 by N.v. Perricone Llc, such as packaging, labeling, and the appearance of the drug itself. This resource could be helpful for medical professionals, pharmacists, and patients seeking to verify medication information and ensure they have the correct product.

Dosage Administration - Dosage Administration

Dosage Administration - Dosage Administration

This is a product packaging label for Perricone MD No Makeup Concealer in TAN with a due date of NA. The packaging includes a spot gloss and matte finish in hidden layers, and the substrate is an SBS Folding Carton. The package also contains information about the product line, the start date, the part number, and the SKU number. Additionally, there are notes about historical revisions made to the packaging design.*

Inactive Ingredient - Inactive Ingredients Section

Inactive Ingredient - Inactive Ingredients Section

This text contains a product label that includes information on a Perricone MD product called "No Makeup Concealer". It specifies details such as the product size, UPC, Part#, and SKU#. Additionally, it mentions a "Custom Brown Color" with "Spot Gloss" and "Custom Color (Similar to PMS 728C)" in "Hidden Layers". The text also mentions various revisions made to the product and its label.*

Indications Usage - Indications Usage

Indications Usage - Indications Usage

This text appears to be a product label description including details such as product name, size, color, and instructions related to a Perricone MD "No Makeup Concealer" with Spot Gloss & Matte Finish in Hidden Layers. The text also includes shipping and labeling instructions along with chemical revisions and approval dates.*

OTC Active Ingredient Section - OTC Active Ingredient Section

OTC Active Ingredient Section - OTC Active Ingredient Section

The text contains detailed information about a product line named "No Makeup" by Perricone MD. It includes a specific product, the "No Makeup Concealer", its format, SKU number, and substrate. There is also information about a custom brown color similar to PMS 9043C with a Spot Gloss, and a custom color similar to PMS 728C along with information regarding revisions made to the product along with the dates. The size specifications of the packaging for the product are also provided.*

OTC Purpose Section - OTC Purpose Section

OTC Purpose Section - OTC Purpose Section

This text appears to be describing a makeup product called "No Makeup Concealer" from Perricone MD's "No Makeup" product line. It includes information about the packaging, such as the dimensions and substrate, and also mentions a custom color and spot gloss finish. There are also details about revisions made to the product, including changes to the SPF and drug fact panel.*

OTC keep out of reach of children - OTC keep out of reach of children

OTC keep out of reach of children - OTC keep out of reach of children

This text appears to be a record of a product design project for a Perricone MD makeup line. It includes information such as the product name, SKU number, UPC code, substrate, file name, and revisions made during the design process. It also mentions a "Spot Gloss & Matte Finish" in "Hidden Layers," but there is no further information about this feature.*

package Label Principle Display Panel - Package Label Principal Display Panel

package Label Principle Display Panel - Package Label Principal Display Panel

This is packaging information for Perricone MD's No Makeup Concealer. The packaging features a custom brown color with Spot Gloss and Matte Finish in Hidden Layers. The product SKU is 53830001 and the substrate is SBS Foldng Carton with a file name of €51181_NM_Conoealer_TAN_0.307_FC_US. The due date is not available. The text also includes information on revisions made during the production process.*

* The product label images have been analyzed using a combination of traditional computing and machine learning techniques. It should be noted that the descriptions provided may not be entirely accurate as they are experimental in nature. Use the information in this page at your own discretion and risk.