Manual Heat Press (Industry Standard) | Small-scale printing, prototyping | - Temperature: Up to 200°C (ISO 9001) - Pressure: Up to 100 PSI (ASTM D543) - Plate Size: 12x12" (ISO 3801) | Cost-effective, easy maintenance - Lightweight design for portability | Limited temperature/pressure range - Slow production speed (10 units/hour) |
Our Base Manual Heat Press | Small workshops, craft studios | - Temperature: Up to 220°C (▲ ISO 9001) - Pressure: Up to 150 PSI (▲ ASTM D543) - Plate Size: 14x14" (▲ ISO 3801) - Steel Construction (ASTM A36) | Enhanced precision vs industry standard - Larger plate for complex designs | Manual operation limits throughput (15 units/hour) - Requires physical adjustments |
Our Advanced Manual Heat Press | Medium-scale production, professional use | - Temperature: Up to 250°C (▲▲ ISO 9001) - Pressure: Up to 200 PSI (▲▲ ASTM D543) - Plate Size: 16x16" (▲▲ ISO 3801) - Dual Digital Displays (ISO 17025) | High-precision control (±2°C accuracy) - Adjustable Stamping Head (ISO 10303) | Higher cost than base model - Steeper learning curve for advanced features |
Semi-Automatic Heat Press (Industry Standard) | Medium production runs, batch processing | - Automation: Semi-automatic (ISO 13849) - Speed: 50 units/hour (ISO 17025) - Temperature: Up to 250°C (ISO 9001) | Faster than manual systems - Consistent quality output | Requires operator training - Higher upfront cost than manual models |
Automatic Heat Press (Industry Standard) | High-volume manufacturing, industrial use | - Automation: Fully automatic (ISO 13849) - Speed: 200 units/hour (ISO 17025) - Temperature: Up to 300°C (ISO 9001) | Minimal labor costs - High throughput for mass production | Expensive maintenance - Complex setup and calibration |
Portable Heat Press (Industry Standard) | On-site customization, mobile services | - Weight: 50 lbs (ISO 3801) - Foldable Design (ASTM D6414) - Temperature: Up to 200°C (ISO 9001) | Lightweight and compact for transport - Ideal for pop-up shops | Limited plate size (8x8") - Lower durability vs stationary models |