EXCESS OIL & SHINE DEFENSE: RAYA Clarifying Gel minimizes the appearance of visible surface imperfections while lessening the appearance of excess surface oil for a smoother, shine-free complexion. Ideal for oily and shiny skin types. LIGHTWEIGHT MATTE GEL FORMULA: Excellent for oily and shiny skin, this lightweight facial serum absorbs quickly and leaves a long-lasting smooth matte finish without greasy residue. Layers comfortably with your favorite face cream, serum, or moisturizer. IDEAL FOR OILY & SHINY SKIN: Designed for oily and shiny skin types. This provides a long lasting, smooth, and non-greasy matte finish. Complements skincare routines that may include a facial scrub, enzyme exfoliant, glycolic products, or face wash. FORMULATED WITH TEA TREE OIL & BOTANICAL INGREDIENTS:** Made with Tea Tree Oil, Aloe Vera, and carefully selected botanical ingredients to provide a fresh-feeling, pore-refining surface effect that minimizes visible shine and leaves skin feeling smooth and balanced. PROFESSIONAL SPA-QUALITY SKINCARE: Part of the RAYA skincare collection, this paraben-free formula is proudly made in the USA and features carefully selected ingredients suitable for oily skin and daily skincare routines. RAYA Clarifying Gel (703) is a lightweight facial gel formulated for oily and shine-prone skin. Its smooth, non-greasy formula leaves skin with a matte-looking finish that layers comfortably under makeup or can be worn on its own throughout the day. Made with encapsulated Tea Tree Oil, micro-sponge technology, multi-hydroxy acids, and a Vitamin B Complex, the formula helps lift away excess surface oil and visible buildup while leaving skin looking smoother with a refreshed appearance. The lightweight gel absorbs quickly and provides a comfortable finish without a heavy feel. Proudly made in the USA and formulated without parabens, RAYA Clarifying Gel is a convenient addition to daily skincare routines for oily skin. Its lightweight texture leaves skin feeling soft with a polished, matte-looking finish after application.