QX-1000S Automatic Tunnel Ironing Machine
— High-Capacity · Full-Fabric · Boiler-Compatible Ironing Expert
Efficient collaboration with external boilers, ironing up to 12,000 pieces per day, providing a one-stop solution for post-finishing challenges including wrinkle removal, drying, and impurity elimination.

A pioneering tunnel-type ironing equipment designed for large-scale garment factories and high-capacity scenarios. It requires an external boiler to supply steam and supports efficient ironing of a full range of fabrics such as cotton, linen, silk, and knitwear. Leveraging patented gas-water separation technology and an intelligent constant temperature system, it achieves ironing effects of "no water stains, low energy consumption, and high stability", making it suitable for large-scale production enterprises with a daily output of over 10,000 pieces.
| Advantage Highlights | Technical Value | Data Comparison |
|---|---|---|
| ① 99.5% Steam-Water Separation | - Separates 99.5% of moisture in steam; the moisture content of clothes after ironing is ≤5%, directly eliminating the drying process with no water stains remaining, suitable for high-end fabrics | Traditional equipment: Requires secondary drying (2 hours), water stain rate 5% → QX-1000S: Post-finishing time reduced by 30%, fabric yield rate increased to 99% |
| ② Intelligent Constant Temperature System | - Three-stage independent temperature control (90-145℃) with temperature fluctuation ≤±5℃, accurately matching fabric characteristics- Automatically identifies clothing length and intelligently starts/stops steam nozzles, saving 15% of steam consumption | Manual ironing: Defect rate 8% due to uneven temperature → QX-1000S: Defect rate ≤2%, wrinkle removal rate ≥98% |
| ③ High Capacity & Labor Saving | - Single-machine speed: 800-1200 pieces/hour; daily ironing capacity: 12,000 pieces (8-hour full load)- Only 1-2 operators required (5-6 operators for traditional equipment) | Traditional single machine: 600 pieces/hour, 3 operators needed, 30 minutes for model change → QX-1000S: Efficiency increased by 100%, labor cost reduced by 60% |
| ④ Energy Optimization Design | - Machine body covered with 5cm heat insulation cotton, external temperature ≤40℃, reducing heat loss; shared heat source technology improves energy utilization by 20%- Power: Only 18kW (average power of same-capacity equipment ≥25kW); combined with boiler waste heat recovery, comprehensive energy consumption reduced by 25% | Similar equipment: High energy consumption and obvious heat dissipation → QX-1000S: Energy-saving and low-carbon, meeting the requirements of dual carbon policies |
1. Multi-process Integrated Processing
Ironing and Shaping: High-temperature steam softens fabric fibers, and the hot air unit precisely irons flat, solving problems such as collar wrinkles and cuffs deformation.
Drying and Disinfection: Constant temperature hot air circulation, bacteria removal rate ≥99%, meeting Class A standards for infant clothing.
Impurity Treatment: Built-in high-frequency shaking device automatically removes thread ends, lint, and other debris, increasing the post-finishing quality inspection pass rate to 99%.
2. Full Fabric Adaptability
Strong Versatility: Supports over 80 fabrics including cotton, linen, chemical fiber, and blended fabrics.
Flexible Parameter Adjustment: Multi-dimensional parameters such as temperature (90-160℃), conveying speed (0.5-1.5m/min), and steam pressure (0.5-0.8MPa) can be freely combined to meet differentiated process requirements.
3. Digital Control
Full Touch Screen: Real-time display of temperature curve, steam pressure, and processed quantity.
Fabric Parameters: Can store 999 sets of fabric process parameters (temperature/speed/steam volume), eliminating the need for repeated debugging during model change production.
4. Energy-Saving Design
Insulation Layer: Equipment shell temperature ≤40℃, reducing heat loss and improving power saving rate by 25%.
Waste Heat Recovery Technology: Uses ironing waste gas to preheat incoming air, with energy utilization rate reaching 85%.
| Item | Value | Item | Value |
|---|---|---|---|
| Applicable Fabrics | Cotton/linen/silk/knitwear/blended fabrics, etc. | Temperature Control Range | 90-145℃ (accuracy ±5℃) |
| Steam Consumption | 240kg/hour (external boiler required) | Air Consumption | 0.5m³/hour |
| Processing Speed | 0.8-1.5m/min (frequency conversion adjustable) | Single-Machine Capacity | 800-1200 pieces/hour |
| Power | 18kW | Voltage | 380V/50Hz Three-Phase Power |
| Equipment Dimensions (L×W×H) | 9130×2350×2650mm | Weight | 3500kg |
| Staff Configuration | 1-2 persons (loading and unloading) | Compatible Boiler Pressure | 0.5-0.8MPa |
Application Scenarios
Core Applicable Finished Garments
✅ Basic Styles: T-shirts, shirts, Polo shirts (12,000 pieces processed daily, meeting bulk needs of fast-moving consumer brands)
✅ High-End Categories: Dresses, suit jackets (color activation technology enhances garment quality)
✅ Special Fabrics: Wool sweaters (low-temperature shape-preserving mode), mulberry silk (precise steam pressure adjustment)
Target Customers
Large-Scale Factories: A single machine irons 12,000 pieces daily, replacing 5 traditional devices. It saves 50% of floor space and 70% of labor costs (from 8 operators to 1-2).
Quick-Response Supply Chains: 120-second rapid temperature rise + 15 fabric presets support mixed-line production of multiple styles, enabling fast switching from sampling to mass production.
Export Enterprises: Certified by CE and, compatible with European, American, and Southeast Asian voltage standards. Shortens overseas installation cycles by 60%.
High-End Brands: Color activation technology increases garment vividness by 20%; wool sweater shrinkage rate ≤2%, meeting luxury-level shaping requirements.