Vertical Curing Oven
Vertical curing furnaces are essential for heating and curing materials in industries like semiconductors and electronics. They are used to process chemicals and components, offering a more efficient and compact solution compared to other types of furnaces. Their ability to provide uniform temperature makes them ideal for these manufacturing processes.

Technical Specifications
| Feature |
KTX-250 |
KTX-450 |
KTX-650 |
| Dimension (mm) |
L1700W1920H2150 |
L2100W2120H2150 |
L2900W2320H2150 |
| Weight (Approx.) |
1500kg |
1800kg |
2100kg |
| Max. PCB Size (W*L) |
300*250 mm |
400*450 mm |
600*650 mm |
| Product Weight (Max.) |
3kg/layer |
3kg/layer |
3kg/layer |
| Component Height |
25.4mm |
25.4mm |
25.4mm |
| PCB Process Edge |
5mm |
5mm |
5mm |
| Number of Layers |
60 layers |
60 layers |
60 layers |
| Conveyor Height |
900±30mm |
900±30mm |
900±30mm |
| Min. Output |
12s/pcb&pallet |
12s/pcb&pallet |
12s/pcb&pallet |
| Entrance & Exit |
In-line |
In-line |
In-line |
| Lifting System |
Servo motor |
Servo motor |
Servo motor |
| Rail Width Adjustment |
Manual/Automatic |
Manual/Automatic |
Manual/Automatic |
| Setting Temperature (Max.) |
250℃ |
250℃ |
250℃ |
| Heating System |
8 heating modules |
8 heating modules |
8 heating modules |
| Heating Power |
8*6KW |
8*8KW |
8*9KW |
| Temporary control accuracy |
±1℃ |
±1℃ |
±1℃ |
| Inner Temp. Difference |
Less than ±2℃ |
Less than ±2℃ |
Less than ±2℃ |
| N2 Configuration |
Optional |
Optional |
Optional |
| Cleanroom Class |
Optional |
Optional |
Optional |
| Remarks |
Non-standard customizable |
Non-standard customizable |
Non-standard customizable |
Vertical Curing Furnaces: Maximize Your Production Efficiency
Our cutting-edge vertical curing furnaces are engineered to optimize your manufacturing processes, delivering superior performance and reliability. Choose the model that fits your needs:
KTX-250: Compact Powerhouse
Ideal for: Smaller production lines and R&D applications.
- Compact footprint (L1700 W1920 H2150 mm) saves valuable floor space
- Handles PCBs up to 300*250 mm
- Approx. weight: 1500kg
KTX-450: Versatile Performance
Ideal for: Mid-sized production runs with diverse product requirements.
- Increased capacity for PCBs up to 400*450 mm
- Robust design with an approximate weight of 1800kg
- Optimized for a wide range of applications
KTX-650: High-Throughput Solution
Ideal for: High-volume manufacturing environments demanding maximum output.
- Largest PCB capacity, handling sizes up to 600*650 mm
- Heavy-duty construction with an approximate weight of 2100kg
- Engineered for continuous, high-speed operation
Shared Advantages Across All Models
- Uncompromising Quality: Meets Class 100 cleanroom standards (optional) for pristine product quality
- Patented Anti-Stuck Technology: Ensures smooth, jam-free operation, minimizing downtime and maximizing productivity
- High-Density Design: 60-layer capacity optimizes throughput in a compact footprint
- Precision Temperature Control: Maintains ±1℃ accuracy and less than ±2℃ internal temperature difference for consistent, reliable curing
- Flexible Configuration: Optional N2 configuration and customizable non-standard configurations to meet your specific needs
- Seamless Integration: In-line conveyor system for easy integration into existing production lines
- Efficient Lifting System: Servo motor-driven lifting system for precise and reliable vertical transport
- Adjustable Rail Width: Manual or automatic rail width adjustment for handling various PCB sizes
Key Benefits
- Ultra-Clean: Operates in Class 100 cleanrooms for superior product purity
- Jam-Free Design: Innovative, patented structure prevents jams and boosts efficiency
- Double Capacity: Dual-lane system doubles the output without needing more space
- High Volume: Multi-layer design allows for greater throughput and better profitability

The lifting system uses servo motors for accurate and powerful vertical movement. It's designed for heavy loads and quick response.

To ensure smooth and reliable operation, our system utilizes a high-temperature optical fiber that accurately detects and guides the PCBs. This prevents jams and accidental drops that can occur due to motor errors or mechanical issues. After each board passes, the system precisely returns to its starting position, ready for the next cycle.

Our patented transport system features a specialized slot design that directly clamps the support bar, ensuring stable and tangle-free chain movement. This innovative design prevents PCB jamming and accidental drops, enhancing reliability and efficiency.

Our system utilizes a bevel gear for width adjustment, offering superior synchronization compared to traditional chain-based systems. This design ensures consistent parallelism and significantly reduces the risk of PCBs dropping during transport. By replacing the chain with a gear structure, we've enhanced the overall reliability and precision of the width adjustment mechanism.