Serum Stabalizer

Manufacturing & Product Care Disclaimer

Please note that our serum stabilizers are custom-fabricated in small batches using Fused Deposition Modeling (FDM) additive manufacturing. Due to the precision layer-by-layer nature of this process, please review the following product characteristics and care guidelines:

• Visual Characteristics & Batch Variations: Items manufactured via FDM additive processes naturally exhibit subtle surface textures, faint layer lines, and minor cosmetic variations in color, sheen, or finish between production runs. These characteristics are inherent to the manufacturing method and mean no two pieces are completely identical.
• Material & Thermal Limitations: These stabilizers are fabricated from durable thermoplastic polymers. They possess a moderate heat deflection threshold and should be kept away from direct high heat, boiling water, hot hair styling tools, or prolonged direct sunlight (such as inside a hot vehicle) to prevent warping or deformation.
• Cleaning & Maintenance: Hand wash only using mild soap and cool-to-lukewarm water. Do not place in a dishwasher, sanitize with steam/high heat, or clean with harsh chemical solvents or acetone.
• Skincare & Chemical Compatibility: While engineered to organize and stabilize cosmetic bottles, avoid prolonged direct contact with spilled concentrated active ingredients (such as high-percentage acids, retinoids, or pure essential oils). Wipe the surface clean promptly if product drips or spills occur to preserve the polymer finish.
• Bottle Fit & Packaging Variance: Each stabilizer is precision-sized for standard bottle dimensions of specified product lines. Because glass and cosmetic packaging manufacturers occasionally introduce slight dimensional tolerances or bottle redesigns, minor variations in fit may occur.
• Intended Use: This item is a cosmetic storage and organizational accessory only. It is not a medical device and does not alter, preserve, or affect the chemical stability or efficacy of the skincare formulations housed within it.