Heat Recovery Type Hot Air Dryer "Drytec / DRY TEC"
The superiority of Drytech.
[Item] [Features of Dry Tech] [Comparison with Other Companies' Dryers] 1. Diversity of Heat Source Methods: Can be designed according to needs with gas, electric, infrared, far infrared, hot air circulation, etc. Other companies often have limited heat source options. 2. Uniform Drying Performance: Achieves even drying throughout the workpiece through unique airflow and temperature control. Some dryers may cause uneven drying depending on the workpiece area. 3. Energy-saving Design: Reduces energy loss through heat recovery systems and insulation design. Older models may have high energy consumption. 4. Safety: Reduces the risk of fire and explosion through indirect heating methods and exhaust monitoring sensors. Direct flame methods may still pose fire risks. 5. Integration with Coating Systems: Designed to work in conjunction with painting robots (Swan robots) and transport lines. Standalone equipment may require additional investment for automation. 6. Customizability: Fully custom designs possible based on work size, paint characteristics, and production volume, including electric furnaces and firing kilns. There may be cases where only standard specifications can be selected. 7. After-Support: Comprehensive domestic support system by Takubo Engineering. Maintenance response may be delayed for overseas products.
basic information
Drytech vs General Competitor Dryers (Advantage Score) [Evaluation Criteria] [Advantage Benchmark (%)] [Notes] Less Drying Irregularity (Quality): +20-30% Uniform airflow and temperature distribution, multi-stage control available Energy Efficiency: +15-25% Energy savings through heat recovery, insulation, inverter control, etc. Safety (Reduced Fire and Explosion Risk): +30-50% Indirect heating type, designed with safety monitoring sensors Environmental Compliance (VOC Measures, Exhaust Control): +20-30% High-efficiency exhaust system, collaboration with catalytic devices Automation Compatibility (Integration with Other Equipment): +25-40% Design flexibility to integrate with swan robots and conveyors Customization: +30-50% Fully custom design available. Many competitors offer standard models After-Sales Support: +20-30% Consistent domestic system and responsiveness. Particularly strong in regional factories
Price information
For more details, please contact us.
Delivery Time
Model number/Brand name
Dry Tech
Applications/Examples of results
【Usage Classification: Content】 - Automotive Parts Coating: Drying after painting bumpers, emblems, interior parts, exterior decorative parts, etc. Achieves uniform drying of the paint film. - Home Appliances and Office Equipment Parts: Drying of painted resin parts such as printer covers, refrigerator exterior panels, and switches. - Building Materials and Faucet Fittings: Drying after painting metal materials such as aluminum and brass. Ensures adhesion and stability of gloss. - High-Function Coatings: Supports special paint films such as indium mirror coatings, UV paints, and heat-insulating coatings. - Environmental Impact Reduction Process: Contributes to energy cost reduction and CO₂ reduction through waste heat reuse and heat exchange systems. 【Case Studies】 1. Automotive Parts Manufacturer Target Process: Drying process for painting emblems and interior/exterior parts Reason: Reduction in energy costs, significant decrease in defect rates, stabilization of quality without burning marks. 2. Home Appliance Manufacturer Factory Target Products: Exterior painting line for rice cookers and refrigerators Reason for Introduction: Stabilization of painting quality and improvement of working environment (white goods quality, waste heat, odor measures). 3. Dedicated Line for Indium Mirror Coating (Newly Established) Target: Plated paint (cosmetics and automotive decorative parts) Reason for Introduction: Cost reduction and environmental compliance.
Detailed information
-
Panel structure Drytech makes panel structure assembly and installation easy. Relocation and expansion are also flexible.
-
There are no uneven drying areas. With Dry Tech, there are no variations in the temperature distribution inside the furnace, allowing for full utilization of the drying chamber.
-
Bed rail for cart (optional)
-
Effectively exchange and reuse exhaust heat The uniquely developed heat exchange system efficiently reuses the thermal energy from exhaust, reducing energy consumption costs.
-
Explosion vent (optional) Ceiling hatch for emergency situations
-
Generation chamber Heat is released into the furnace from the bottom. Air is drawn in from the top.
-
In-furnace heating Heating the furnace from below the combustion chamber. Maintaining a constant temperature inside the furnace.
-
In-furnace circulation fan Maintains a uniform temperature inside the furnace.
Related Videos
Line up（4）
| Model number | overview |
|---|---|
| GO type | Single door specification for loading and unloading work with the same door. |
| GOW type | Front and rear door specification: Insert the workpiece from the painting room side, and after drying, retrieve it from the preparation room side. |
| Custom type | Large sizes and kilns, etc. |
| EO type | The heat source is electric, electric specifications. |
