Hi-Tech Pharmaceuticals Carnislim™

Diet Aid & Performance Booster | Hi-Tech Pharmaceuticals CarniSlim 120CT

Have you been searching for an effective fat burner that isn’t loaded with a ton of stimulants? Not to worry - your search hasn’t been in vain! The scientists at Hi-Tech Pharmaceuticals bring you CarniSlim, a non-stimulant fat burner that is loaded with give different forms of Carnitine to ensure that your metabolism is working in overdrive. Carnitine supplementation has been proven by several studies to dramatically increase metabolism function as well as supporting weight loss by keeping your body out of a catabolic state. When we are on a low calorie diet, often our bodies will turn to muscle for energy in an effort to preserve fat stores. This process – called catabolism – is counterintuitive to weight loss, as most people who are losing weight want to lose fat, not muscle! With CarniSlim, your body will stay out of a catabolic state and burn fat for energy, leaving you with greater opportunity for lean muscle gains. What’s more, Carnitine supplementation also improves your athletic endurance, which means that you can have longer and more effective workouts, only further supporting your weight loss journey. If you’re ready to ditch the stim-heavy fat burners and get something that actually works, order your bottle of CarniSlim by Hi-Tech Pharmaceuticals today!

Hi-Tech Pharmaceuticals CarniSlim Highlights

• Comprised of 5 forms of Carnitine
• Supports weight loss
• Stimulant-free
• Boosts metabolism
• Promotes lean muscle gains
• Enhances athletic endurance

Hi-Tech Pharmaceuticals CarniSlim Directions & Dosage

Hi-Tech Pharmaceuticals recommends taking 2 tablets twice daily, 8-12 hours apart.  Do not exceed 4 tablets daily.

Hi-Tech Pharmaceuticals CarniSlim Ingredients

Hi-Tech Pharmaceuticals CarniSlim Warnings

Do not exceed 4 tablets daily.

References

Pooyandjoo M, Nouhi M, Shab-Bidar S, Djafarian K, Olyaeemanesh A.- The effect of (L-)carnitine on weight loss in adults: a systematic review and meta-analysis of randomized controlled trials. 2016.

https://www.ncbi.nlm.nih.gov/pubmed/27335245