Condemned Labz Lasidex – Natural Herbal Diuretic & Water Balance Support

Lasidex by Condemned Labz is a natural, herbal diuretic formulated to help reduce excess water retention, minimize bloating, and support a lean, defined look. Perfect for photoshoots, competitions, or anyone seeking rapid water weight reduction, Lasidex provides clean, effective support for temporary water elimination while maintaining essential electrolytes.

• Flushes Excess Water: Helps promote a tighter, drier appearance.
• Reduces Bloating & Puffiness: Supports a smoother, more defined look.
• Maintains Electrolyte Balance: Includes magnesium and potassium to help prevent cramping and dehydration.
• Supports Digestive Comfort & Inflammation Response: Features botanicals that aid digestion and fluid regulation.
• Ideal for Weight-Cutting or Stage Preparation: Provides fast, clean water-shedding support without harsh stimulants.

Ingredient Highlights:

• Magnesium (Citrate) – 100mg: Supports fluid balance, muscle contractions, and nerve function.
• Potassium (Citrate) – 300mg: Helps maintain hydration and muscle performance during water loss.
• Uva Ursi (30% Arbutin) – 1000mg: Natural diuretic supporting urinary flow and water elimination.
• Bearberry Leaf – 500mg: Traditionally used to promote urinary tract and water balance health.
• Cranberry Extract (4:1) – 500mg: Supports urinary wellness and provides antioxidant protection.
• Hibiscus Extract (10:1) – 500mg: Promotes fluid balance and supports healthy blood pressure.
• Horsetail (Whole Herb) – 450mg: A classic herbal diuretic that aids kidney function and water balance.
• Black Cumin Seed – 400mg: Supports digestive health and inflammation balance.
• Dandelion Root Extract (5:1) – 300mg: Promotes water elimination and detoxification.
• Juniper Berry Extract (10:1) – 250mg: Supports urinary tract health and natural diuresis.

Condemned Labz Lasidex offers a precise, natural approach to water balance—helping you look leaner, tighter, and more defined without compromising hydration or electrolyte integrity.