Akros Growth Gummies for Kids & Teens, Calcium + Vitamin D3 & K2 Support, 60 Bears

Akros Growth Gummies are a sugar-free dietary supplement formulated for children and teens aged four and older. Packaged as raspberry-and-watermelon bear candies, this daily formula provides essential bone-supporting minerals along with botanical extracts and amino acids to simplify nutritional maintenance for active growing bodies.

Core Ingredients and Product Specifications

• Primary Nutrients: Each serving combines calcium with vitamin D3 and vitamin K2 MK-7 to support routine skeletal health.
• Supporting Compounds: The blend includes ashwagandha, astragalus, spirulina, L-arginine, and L-glutamine for added nutritional depth.
• Sweetening Profile: These sugar-free gummies rely on maltitol and stevia for sweetness, avoiding artificial colors and synthetic sweeteners entirely.
• Quality Standards: Formulated to be non-GMO, gluten-free, and vegetarian, each batch is produced in certified good manufacturing practice (cGMP) facilities.
• Supply Count: Every bottle contains 60 individual gummy bears for straightforward daily tracking and consistent intake.

Practical Value for Daily Routines

Families seeking a reliable way to reinforce everyday nutrition can integrate these chewable gummies into a standard weekly schedule. The bear shape and mild fruit flavor remove common barriers to supplement intake, making daily dosing less disruptive to busy mornings and after-school activities. By delivering a complete profile of foundational vitamins, adaptogenic herbs, and amino acids in one portable format, this supplement offers a straightforward alternative to managing multiple separate nutritional products.

Age Guidelines and Format Details

This supplement is intended for children and adolescents starting at age four. It is designed to be consumed as part of a consistent daily nutrition plan rather than an occasional snack. The manageable size and flexible serving frequency allow parents to align supplementation with household schedules while maintaining steady nutrient delivery for developing bodies.