Estee Lauder Futurist Skintint Serum SPF 20 - 3N1 Ivory Beige 30ml

The Estée Lauder Futurist Skintint Serum SPF 20 delivers buildable medium coverage while functioning as a hydrating daily treatment. Formulated in a 30ml calibrated dispensing system, this hybrid base merges a fluid skincare matrix with refined iron oxide pigments to correct tone variations without the weight or creasing common to traditional foundations.

Specifically engineered in shade 3N1 Ivory Beige, this tint aligns with fair to light complexions carrying neutral to beige undertones. The pigment ratio neutralizes residual pallor while preventing excessive yellow or pink shifts, producing a consistent result under both fluorescent office lighting and natural daylight. Integrated SPF 20 filters provide measurable UV defense for routine exposure, allowing the product to serve as a standalone daytime finish or a supplemental shield beneath additional broad-spectrum layers.

Instead of resting atop the epidermis, this formula utilizes a low-viscosity serum architecture to migrate over micro-textures. The sustained humectant release counters the mid-desiccation that typically triggers patchiness along the cheekbones and forehead. Consumers shifting from silicone-heavy primers retain this option for its breathable film formation, which maintains pigment suspension while permitting natural sebum regulation throughout extended wear.

• Package Volume: 30ml precision-dispense container
• Coverage Spectrum: Medium density adjustable through targeted layering
• Surface Reflection: Semi-satin sheen that dampens excess glare without flattening facial contours
• Undertone Matrix: 3N1 Ivory Beige—calibrated for fair/light skin with balanced neutral-warm characteristics
• Photoprotection Rating: SPF 20 formulation for standard daylight environmental exposure

Select this exact configuration when you require a single step that addresses tone correction, moisture retention, and baseline filtration simultaneously. The sealed reservoir limits atmospheric oxidation during storage, maintaining the intended 3N1 color equilibrium until the final application.