The ST-400 A Heating Oven Conveyor is a compact, yet high-performance thermal-processing system designed for uniform and controlled heating of components prior to assembly, curing, or stress-relief operations.
It integrates a high-temperature-resistant stainless-steel (SS 304) mesh conveyor belt with PID-controlled conduction heating elements, ensuring even heat transfer across all components.
The system supports a temperature range from 60 °C to 250 °C, with precise control and monitoring through a touch-screen HMI interface.
Material loading is configured for left-side entry and right-side discharge, enabling smooth inline connection with subsequent cooling, leak-testing, or inspection conveyors.
Technical Highlights
- Heating Type: Conduction / Radiant Heater System with insulated stainless-steel chamber
- Temperature Range: 60 °C – 250 °C (PID controlled, ± 2 °C accuracy)
- Belt Type: SS 304 woven mesh belt, heat-resistant up to 400 °C, non-deforming, low-friction surface
- Drive System: Heavy-duty AC induction motor with inline gearbox
- Speed Control: VFD (Variable Frequency Drive) for adjustable conveyor speed and dwell time control
- Frame: Rigid MS structure with industrial powder-coat finish for long-term durability
- Control System: PLC + HMI interface for temperature set-point, conveyor speed, and alarm management
Key Features
- Advanced Temperature Management – PID-based control ensures stable heating cycles and temperature uniformity.
- VFD-Driven Motor Control – Enables precise speed adjustment for variable dwell time applications.
- High-Temperature SS 304 Mesh Belt – Corrosion-resistant, heat-stable, and easy to for long service life.
- Modular Construction – Compact footprint with customizable lengths and heating zones.
- Integrated Controls – PLC and HMI with digital temperature display, fault diagnostics, and safety interlocks.
- Left Entry / Right Exit – Optimized for linear automation flow and synchronized handling.
- Smart Monitoring (Option) – Ethernet / Modbus TCP connectivity for data logging and traceability.
System Benefits
- Uniform and repeatable heating for precision components.
- Energy-efficient design with high thermal insulation and fast heat recovery.
- Reduced manual intervention and operator fatigue.
- Seamless integration with robotic and MES systems.
- Compact and service-friendly design for easy maintenance.
Application Areas
- Automotive and EV powertrain component heating and curing.
- Electronics and PCB thermal stress relief processes.
- Metal casting and heat-treatment pre-processing.
- Adhesive curing, epoxy setting, and paint drying.
- Food and pharmaceutical packaging sterilization.
- Robotics and automated production integration lines
