Pros
- Specifically designed for water pipe compatibility
- Compact and portable form factor
- Solid heat-up time (~30 s)
- Good entry-level price
- Simple operation
Cons
- Conduction heating (less efficient than convection)
- Relatively small 1100 mAh battery
Anlerr Drinkk — Price Comparison (1 Shop)
Last updated: 17/04/2026, 12:31 PM
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Specifications
| Specifications | |
|---|---|
| Heating Method | Conduction |
| Device Type | Portable |
| Brand | Anlerr |
| Power Source | Battery |
| Heat-up Time | 30 seconds |
| Battery Capacity | 1100 mAh |
| Warranty | 1 year |
| Water Pipe | View water pipe adapters |
| Session Mode | Session |
| Temperature Control | Presets |
| Vapor Path | Ceramic |
| Replaceable Battery | No |
| Passthrough Charging | No |
Source: AnlerrOfficial · Verified 19.02.2026
About this vaporizer
The Anlerr Drinkk is a portable conduction vaporizer with an 1100mAh battery designed for use with hookahs and bubblers. It heats up to 220°C in around 30 seconds, offering solid entry-level performance in a hookah-compatible format. The device is particularly suitable for users who are looking for a simple portable vaporizer for the bong.
- Specifically designed for water pipe compatibility
- Compact and portable form factor
- Solid heat-up time (~30 s)
- Good entry-level price
- Simple operation
- Conduction heating (less efficient than convection)
- Relatively small 1100 mAh battery
The Anlerr Drinkk by Anlerr is a portable conduction vaporizer that heats material through direct contact with the chamber walls. Maximum temperature reaches 220 °C. Conduction heating means the device reaches working temperature in seconds, making it ready for quick sessions on the go. The built-in battery holds 1100 mAh. Compare prices from European shops in our price comparison.
See also: Gvape · Anlerr PipeVape · Anlerr Gnuff
How Portable and Ergonomic Is the Design?
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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