Sticki Smart AIO THC Rosin Vape 4G

Sticki by URB × Torch is a premium, high-capacity disposable vape engineered for big flavor, smooth vapor, and extended sessions. Each device is infused with 4 000 mg of hemp-derived rosin THC and carefully formulated terpene profiles to deliver rich, true-to-strain taste and consistent effects with every draw. Designed for simplicity and performance, the smart all-in-one system eliminates cartridges and pods, giving users a plug-and-play experience without complicated setups. 

Product Specifications

• Total Extract: 4 000 mg (4 g) Hemp-Derived Rosin THC
• Device Type: Smart All-In-One (AIO) disposable vape
• Activation: Draw-activated (no buttons)
• Battery: Integrated rechargeable with USB-C charging
• Heating Element: Ceramic coil for clean, even vapor
• Quality: Lab-tested for purity, potency, and compliance
• Compliance: Complies with farm bill guidelines (≤ 0.3% Delta-9 THC by dry weight)
• Terpene Profiles: Strain-specific analyzed terpenes for flavor clarity
• Packaging: Child-resistant and safe for legal markets
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Available Strain Flavors

• Blackberry Marker — Indica — Dank berry, creamy floral notes for deep relaxation
• Juiceman (Super Sticky) — Sativa — Petrol, berry, stone fruit blend with energetic vibes
• Lemon Cherry — Hybrid — Fruity citrus punch with balanced uplift
• Motörnana — Hybrid — Dank, creamy, woody character with adaptable effects
• Orange Apricot — Indica — Gas, citrus, subtle sulfur complexity
• Super Boof — Hybrid — Gas and citrus profile for smooth hybrid hits

Experience

Sticki vapes are ideal for users who want rich, solventless rosin flavor paired with strong, smooth vapor and extended use without changing cartridges. The ceramic heating system and premium terpene infusion create a true-to-strain sensory experience, while the rechargeable Smart AIO hardware offers convenience and reliability. Effects vary depending on strain and individual tolerance, but users can expect potent, flavorful satisfaction tailored to indica, sativa, or balanced hybrid preferences.