Koil Boi Flare
Pros
- Induction heater for DynaVap — no lighter needed
- Up to 350 °C — enough for any DynaVap stem
- Compact at 230 g for a desktop
- Affordable under €140
Cons
- Only suitable for DynaVap stems
- Wall power required
- Not a vaporizer itself — just a heat source
No prices currently available
This product has been discontinued and is currently not available in any shop.
View alternatives →Specifications
| Specifications | |
|---|---|
| Heating Method | Induction |
| Device Type | Desktop |
| Brand | Koil Boi |
| Power Source | Plug-in |
| Heat-up Time | 6 seconds |
| Weight | 217 g |
| Warranty | 1 year |
| Session Mode | On-Demand |
| Temperature Control | Digital |
| Material | Dry Herb |
| Vapor Path | Hybrid |
| Replaceable Battery | No |
| Passthrough Charging | No |
| Charging Port | AC |
| Status | Discontinued |
Source: Ritual ColoradoRetailer · Verified 18.02.2026
About this vaporizer
Koil Boi Flare. Desktop induction heater for DynaVap devices. If you're tired of the lighter ritual: induction generates heat directly in the DynaVap cap. More even than any flame. If you plug it in, you don't need a battery. Heating time under 10 seconds. No temperature control - the heat is controlled by the immersion depth.2 year guarantee. Niche product for DynaVap fans looking for consistency.
- Induction heater for DynaVap — no lighter needed
- Up to 350 °C — enough for any DynaVap stem
- Compact at 230 g for a desktop
- Affordable under €140
- Only suitable for DynaVap stems
- Wall power required
- Not a vaporizer itself — just a heat source
The Koil Boi Flare is a desktop vaporizer from Koil Boi that relies on induction heating. Reaches up to 220 degrees C. Takes about 6 seconds to heat up. Our price comparison tracks deals from shops across Europe. The device stands out with solid build quality and straightforward operation.
Induction Instead of Flame
Research context: A study in the Journal of Pharmaceutical Sciences (Hazekamp et al., 2006) showed that vaporisation at controlled temperatures releases over 95% of target compounds while largely avoiding combustion by-products. Source: PubMed 16637053
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