Labozon Tube Furnace is a microprocessor-controlled unit designed for high-temperature applications up to 1200°C. It features a 60 × 1000 mm tube with Kanthal A1 heating elements and K-type thermocouple for accurate monitoring, along with over-temperature, over-current, and safety protection systems.

Labozon Tube Furnace delivers precise high-temperature heating with programmable ramp and dwell control. It supports inert gas flow and vacuum conditions for advanced material processing. High-grade insulation ensures uniform temperature distribution with reduced heat loss.

Labozon Tube Furnace operates up to 1100 °C with ±1 °C accuracy for precise thermal processing. It features an extended heating zone with uniform temperature distribution for consistent results. Equipped with programmable control and gas compatibility, it supports advanced material research and controlled atmosphere applications.

Labozon Muffle Furnace operates up to 1100 °C with ±1 °C accuracy for precise thermal processing. It features a programmable controller with uniform heat distribution for consistent results. Built with high-grade insulation and safety protection, it ensures consistency, energy-efficient laboratory performance.

Labozon Muffle Laboratory Furnace delivers high-temperature heating with precise digital control for consistent thermal processing. Its insulated chamber ensures uniform heat distribution and minimal heat loss during operation. Integrated safety cut-off and alarm system support secure and continuous laboratory use.

Labozon Muffle Laboratory Furnace supports high temperature heating up to about 1200 degree celsius with uniform distribution for material testing and thermal processing. It features digital programmable temperature control for precise and stable operation. Insulated chamber with safety cutoff ensures controlled and secure use.

Labozon Muffle Laboratory Furnace delivers controlled high-temperature heating for material testing and thermal processing applications. It features digital temperature control with stable setpoint maintenance and uniform heat distribution. Designed with an insulated chamber and safety cut-off for consistent and secure operation.