Dry herb vaporizers are designed to heat flower at controlled temperatures without direct combustion. The main heating technologies include Conduction, Convection, and Hybrid Heating.
Key technologies include:
Precise Temperature Control — Better control of flavor, vapor density and consistency.
Convection Heating — Hot air passes through the flower for more even heating and extraction.
Conduction Heating — Direct-contact heating provides fast heat-up and a compact design.
Hybrid Heating — Combines fast heating with more even vaporization.
Ceramic Heating Chamber — Designed for stable heating and a clean airpath.
Airflow & Thermal Management — Critical to vapor quality, battery efficiency and user experience.
Wax and dab devices focus on rapid heating, temperature stability and efficient concentrate vaporization.
Key technologies include:
Ceramic / Quartz Heating for different vapor and flavor characteristics
Fast Heat-Up for quick use
Precise Temperature Control for consistent performance
3D Ceramic Chamber for improved heating coverage
Airflow Optimization for smoother vapor delivery
Leak-Resistant Structure for easier daily use
The vaporizer market continues to evolve toward portable, precise, reliable and premium devices. Market research estimates continued double-digit growth for the global cannabis vaporizer category through the end of the decade.
Flower remains an important product category, while concentrates and vape products continue to gain share in several regulated markets. For example, Illinois reported approximately $854 million in flower sales and $540 million in concentrates in FY2025.
At the same time, California's licensed market saw vape products surpass flower in monthly sales beginning in July 2025, illustrating the changing product mix in mature markets.
Better Heating · Precise Temperature · Smarter Design · Reliable Performance
Anlerr focuses on developing vaporizer hardware that combines engineering, functionality and user experience, supporting brands from concept and prototype to mass production.