Hot Melt Powder Shaking Machine for DTF Printing (Sunika System)
Introduction
The Sunika Hot Melt Powder Shaking Machine is a key post-processing unit used in DTF (Direct-to-Film) printing workflows. It ensures even powder application, controlled heating, and stable curing performance for high-quality garment transfers. Built with automated controls, it improves production efficiency while maintaining consistent print quality.
Specifications
| Feature | Details |
|---|---|
| Model | Sunika A3 Powder Shaker System |
| Type | Hot Melt Powder Shaking & Drying Machine |
| Drying Width | 1–360 mm |
| Power | 1450W |
| Voltage | 110–220V / 50–60Hz |
| Max Current | 110V: 13.5A / 220V: 6.7A |
| Heating System | 3 Infrared Heating Tubes |
| Heating Mode | 400 mm infrared heating |
| Preheating Stroke | 255 mm |
| Heating Stroke | 350 mm |
| Control System | Fully adjustable automation system |
Machine Functions
- Powder shaking speed control
- Powder dosing / dusting time control
- Mesh belt suction speed adjustment
- Adjustable curing temperature
- Cooling fan control system
- Automatic film feeding and processing support
Key Features
- Even Powder Distribution
Ensures consistent adhesive powder coating on PET film for strong fabric bonding. - Infrared Heating System
Rapid and stable curing for improved production efficiency. - Multi-Control Automation
Independent control of temperature, airflow, shaking, and timing. - Stable Mesh Belt Transport System
Smooth film movement for accurate powder application. - Compact Industrial Design
Suitable for small to medium DTF printing workshops. - Energy Efficient Operation
Optimized heating and airflow reduce power waste.
Applications
- DTF T-shirt printing production lines
- Custom apparel manufacturing
- Sportswear and jersey printing
- Promotional textile printing
- Print shops and garment businesses
- Small to medium printing workshops
Summary
The Sunika Hot Melt Powder Shaking Machine is an essential component in DTF printing systems, ensuring precise powder application and controlled curing. With automated settings for shaking, heating, and cooling, it delivers stable performance and high-quality output for professional garment printing operations.





















