Twisted Extracts Cara-Melts (80mg)

Twisted Extracts Cara-Melts (80mg) Description

Overview

Indulge in the smooth, creamy goodness of Twisted Extracts Cara‑Melts — perfectly crafted cannabis‑infused caramels designed for convenience, consistency, and discretion. These soft, chewy treats beautifully blend rich caramel flavor with precisely measured THC and/or CBD, delivering a delicious edible experience without compromising potency.

Whether you’re new to edibles or a seasoned consumer, Cara‑Melts offer a simple and reliable way to enjoy cannabis in a format that’s easy to dose and enjoyable to savor.

Precise & Flexible Dosing

Each package contains 80mg total cannabinoids, divided into individually wrapped 10mg pieces for accurate and controlled consumption.

• ✔ 10mg per piece for consistent dosing

• ✔ Individually wrapped for freshness and discretion

• ✔ Can be snapped in half for a 5mg dose — ideal for beginners

Perfect for those easing into edibles or anyone who prefers smaller, manageable servings.

Directions

• Start with 1 x 10mg piece.

• Allow 60–90 minutes for full effects before considering an additional dose.

• Consume with food for optimal absorption and experience.

Available Variations

Choose the formula that suits your desired effects:

• CBD 80mg – Non‑intoxicating relief and balance

• Indica 80mg THC – Relaxing, body‑focused effects

• Sativa 80mg THC – Uplifting, energizing experience

• Indica 1:1 (40mg THC / 40mg CBD) – Balanced relaxation

• Sativa 1:1 (40mg THC / 40mg CBD) – Balanced clarity and calm

Why Choose Cara‑Melts?

• Smooth, creamy caramel texture

• Consistent cannabinoid infusion

• Discrete and portable

• Ideal for both beginners and experienced consumers

Sweet, satisfying, and precisely dosed — Cara‑Melts make enjoying cannabis both simple and delicious.

This clinical study confirms that orally consumed THC produces dose-dependent effects with delayed onset (typically 30–90 minutes) and peak effects around 1.5–3 hours — directly supporting your dosing instructions.

Reference

https://pubmed.ncbi.nlm.nih.gov/32298998/