Genepro NexGen Unflavored Collagen Peptides - 30 Servings
Genepro NexGen Unflavored Collagen Peptides - 30 Servings
Product details
Genepro NexGen Unflavored Collagen Peptides is a versatile protein supplement that combines collagen with premium protein for muscle repair and joint support. Because it's completely unflavored, it dissolves instantly into coffee, smoothies, juice or food without altering taste or texture, making it easy to add to your daily routine.
Key Features
- Unflavored formula mixes seamlessly into any beverage or food without changing taste
- Combines collagen peptides with protein for muscle repair and joint support
- Lactose-free, gluten-free, and non-GMO for sensitive digestive systems
- High bioavailability for easy digestion and rapid nutrient absorption
- 30 servings per container for a convenient monthly supply
Who Is It For
This supplement suits anyone looking to support muscle recovery, joint health, and skin wellness while maintaining flexibility in how they consume their daily protein. It's ideal for those with lactose or gluten sensitivities who want a clean-label option.
Product Details
| Brand | GENEPRO GEN. 3 |
|---|---|
| Form | Powder |
| Size | 11.44 Ounce (30 Servings) |
Frequently asked questions
How do I use this collagen peptides powder?
Mix it into your favourite beverage or food. Because it's unflavored, it blends seamlessly into coffee, smoothies, juice, or other drinks without changing the taste or texture.
Is this product suitable for people with dietary restrictions?
Yes. Genepro NexGen is lactose-free, gluten-free, and non-GMO, making it suitable for those with sensitivities or following restricted diets.
How long does one container last?
Each container provides 30 servings, giving you a convenient monthly supply to help meet your daily protein goals.
What makes this collagen peptides formula different?
It combines premium protein for muscle repair with collagen for joint and beauty support, and features high bioavailability for easy digestion and rapid nutrient uptake.