Our Laboratory Muffle Furnaces are engineered for reliable, high-temperature performance across a wide range of thermal processes. Designed with advanced insulation, durable heating elements, and intelligent controls, these furnaces are ideal for laboratories, universities, R&D centers, and industrial use.

Our Hot Plates are designed to deliver precise, uniform surface heating for both laboratory and industrial applications. Engineered with durable surfaces, powerful heating elements, and advanced safety and control features, these units are ideal for educational labs, research centers, material testing, manufacturing, and production environments.

Our Annealing Furnaces are precision-engineered to perform controlled heating and cooling cycles for stress relief, ductility enhancement, and microstructural refinement in metals, glass, plastics, and composites. Ideal for research labs, manufacturing plants, and large-scale production environments.

Our Aluminum Furnaces are engineered for efficient melting, alloying, and holding of primary or secondary aluminum. Built for durability, temperature uniformity, and energy savings, these furnaces are ideal for foundries, die-casting units, recycling plants, and R&D labs.

Our Pipe and Tube Hardening Furnaces are engineered for the selective hardening and tempering of pipes, tubes, rods, and long shafts. Designed for high throughput, surface integrity, and consistent metallurgical properties, these furnaces are widely used in copper and brass tube industries, automotive, oil & gas, defense, and steel processing industries.

Bogie Hearth Furnaces are engineered for batch heat treatment of large, heavy, or long components. With a movable hearth (bogie) design, these furnaces ensure convenient loading/unloading, excellent temperature uniformity, and safe operation. Ideal for applications in forgings, castings, fabrication shops, railways, and aerospace.

Our Zinc Melting Furnaces are specifically engineered to handle the melting, holding, and alloying of zinc and its alloys. With precision temperature control and robust construction, they are ideal for applications in galvanizing, pressure die casting, alloy manufacturing, and recycling industries.

Our Conveyorized Heating Systems are designed for continuous material flow, offering precise, uniform, and efficient thermal treatment of parts on a moving conveyor. Ideal for industries requiring consistent throughput like automotive, aerospace, metallurgy, electronics, ceramics, and foundries.

Spray Dryers are continuous drying systems that convert liquid feed into fine powders through atomization and hot air drying. Designed for high-throughput, consistent particle size, and moisture control, these systems are widely used in the food, chemical, pharmaceutical, ceramic, and biotech industries.

Shaker Hearth Furnaces are designed for the continuous heat treatment of small and medium-sized components with gentle oscillating motion that advances parts through the heating zones. These furnaces are highly suitable for applications like hardening, tempering, annealing, and carburizing in automotive, fastener, tool, and hardware industries.

Our Hot Air Generators are engineered to deliver reliable, clean, and controlled hot air for diverse industrial heating processes. Available in direct and indirect firing designs, these systems are ideal for dryers, ovens, spray dryers, fluid bed dryers, textile machines, and coating plants where precise and continuous heating is essential.

Our Industrial Ovens are designed for high-performance thermal processing across multiple industries. Built with robust insulation, precise controls, and scalable configurations, these ovens deliver consistent temperature, airflow, and product quality—whether you’re curing composites, drying coatings, or heat treating metals.