Conveyorised Oven Manufacturer, Supplier & Exporter in India

Conveyorised Ovens – M V International

At M V International, we engineer high-capacity, heavy-duty Conveyorised Ovens (commonly known as Continuous Process Ovens, Industrial Tunnel Ovens, or Inline Thermal Processing Systems) designed to deliver precise temperature control, continuous product throughput, and high-uniformity thermal treatment across automated manufacturing assembly lines.

Product Overview

A Conveyorised Oven is an inline, continuous thermal processing system engineered to heat-treat components as they move automatically through multi-zone temperature chambers. Designed for high-volume production facilities where batch processing creates workflow bottlenecks, conveyorised ovens deliver seamless integration with upstream production, forming, or coating processes and downstream cooling or packaging stations.

At MV International, our custom-built continuous tunnel ovens cater to critical industrial heating applications including drying, curing, preheating, post-curing, stress relieving, baking, and thermal shrinking. By dividing the tunnel into independently controlled heating and cooling zones equipped with high-velocity forced-air recirculation, variable speed conveyor drives, and multi-layer insulation, our systems ensure uniform heat transfer and tight thermal profiles for every part moving through the production line.

Key Features & Advantages

• Continuous Automated Throughput: Eliminates manual batch loading and unloading, significantly accelerating production cycle times and reducing labor costs.
• Multi-Zone Independent Temperature Control: The process tunnel is divided into distinct thermal zones (Preheating, Soaking, and Cooling) with separate PID temperature controllers to execute precise heating curves.
• Custom Conveyor Mechanism Options: Configured with specialized conveyances including stainless steel wire mesh belts, flat steel slatted belts, roller chains, Teflon coated belts, or overhead monorails tailored to part geometry and load weight.
• Variable Speed Drive (VSD) Integration: Equipped with AC variable frequency drives (VFD) allowing operators to adjust belt speed and residence time precisely according to product specifications.
• Balanced Forced Air Convection: High-output motorized recirculation blowers paired with adjustable air supply louvers maintain uniform temperature distribution across the entire conveyor belt width.
• Multi-Fuel Process Heating: Powered by electric tubular heating elements, indirect gas-fired burners (PNG/LPG), or light diesel oil (LDO) heat exchangers based on plant energy availability.
• Comprehensive Inline Safety: Includes emergency pull-cord stop switches, conveyor jam sensors, over-temperature cutoffs, and forced exhaust venting for solvent-laden drying applications.

Technical Specifications

Industrial Applications

• Automotive & Ancillary Units: Continuous powder coating curing, paint baking, brake pad bonding, and gasket vulcanization.
• Electrical & Electronics Production: Inline PCB moisture drying, motor armature resin curing, transformer coil baking, and component stress relieving.
• Rubber, Plastics & Packaging: Post-curing molded rubber parts, PTFE coating baking, plastic sheet preheating, and heat-shrink sleeve processing.
• Metal Processing & Finishing: Continuous drying after aqueous washing, welding rod baking, core drying, and fastener tempering.