Core Products D-Core Cervical Neck Pillow - Extra Firm Orthopedic Support for Neck Discomfort, Back Sleepers, Dual Neck Rolls, Cervical Alignment, Midsize, Assembled in USA

Core Products D-Core Cervical Neck Pillow - Extra Firm Orthopedic Support for Neck Discomfort, Back Sleepers, Dual Neck Rolls, Cervical Alignment, Midsize, Assembled in USA

• REDUCE HEADACHES, NECK, SHOULDER, AND BACK PAIN: Find lasting relief from neck discomfort, headaches, and stiffness with our orthopedic cervical pillow - Designed for spinal alignment and cervical posture correction, its D-shaped center cradles the head while dual neck rolls support the cervical curve, easing pressure and enhancing sleep quality.
• DUAL-SIZED NECK ROLLS FOR PERSONZLIZED SUPPORT: This cervical neck pillow features two differently sized neck rolls, letting you choose the support that best suits your neck length and preferred sleep position - For side sleepers, raised sides fill the gap between head and mattress to promote spinal alignment, while the D-shaped center cradles your head for comfort when sleeping on your back.
• FIBER FILL FOR BREATHABLE, CUSTOM SUPPORT: Unlike dense foam, our resilient fiberfill does not contain odors and offers breathable, long-lasting support - ideal for chronic neck discomfort, snoring, or other sleep issues. Easily adjust the fill using our “How to Adjust Neck Roll Support in D-Core” video to maintain proper neck alignment and achieve a personalized fit.
• SIZED FOR THE RIGHT FIT - FULL SIZE OR MIDSIZE OPTIONS: This orthopedic pillow comes in two sizes: Full Size fits most adults 5'6" and taller, while Midsize suits those 4'10" to 5'6"; Designed to fit standard pillowcases, it helps support cervical alignment, better sleep posture, and overall spinal health as part of your daily wellness routine.
• TRUSTED MATERIALS AND SUPPORT: This firm, midsize cervical pillow (22" x 15") is assembled in the USA using durable materials offering safe, reliable support - For best results, alternate use with your current pillow as your body adapts to its orthopedic design.