Eyelash Extension Neck Pillow, Memory Foam Contour Pillow for Lash Grafting, Beauty Salon Cervical Support with Removable Black Cover

【Salon Efficiency】 As a dedicated Beauty Salon Accessory, it includes dual side pockets (19.7" length) for organizing lash glue, tweezers, and brushes. This streamlines grafting workflows without requiring additional storage units near the workstation.【Easy Maintenance】 The Removable Pillow Cover uses machine-washable black velvet fabric. Practical for frequent cleaning after client use, while the zippered design enables quick foam insertion/removal without compromising contour integrity.Specifications:Material: Foam, velvet Color: Black Size: about 19.7x7.9x5.1 inchPackage includes:1 x Lash PillowNotes:Manual measurement, please allow slight errors on size.The color may exist a slight difference due to different screen displays.

• 【Multi-Location Use】 Functions equally as a Home Lash Grafting Pillow or salon tool. Compact 19.7x7.9x5.1in dimensions fit standard lash beds or sofas, while the neutral black suits professional and personal spaces without visible stains.
• 【Cervical Support】 The curved Ergonomic Neck Pillow aligns with natural spine contours. Its 5.1" height relieves neck/shoulder tension during extended lash sessions or sleep, reducing strain for both clients and technicians in salon or home settings.
• 【Responsive Material】 Features high-density Memory Foam Support that evenly distributes head weight. The foam quickly regains shape after use, preventing permanent dents and maintaining consistent comfort over repeated salon appointments.
• 【Salon Efficiency】 As a dedicated Beauty Salon Accessory, it includes dual side pockets (19.7" length) for organizing lash glue, tweezers, and brushes. This streamlines grafting workflows without requiring additional storage units near the workstation.
• 【Easy Maintenance】 The Removable Pillow Cover uses machine-washable black velvet fabric. Practical for frequent cleaning after client use, while the zippered design enables quick foam insertion/removal without compromising contour integrity.