This is the new generation heat station designed as an in-line addition to any DTF printing setup. Offers adjustable temperature and time controls.
This equipment is designed for curing DTF powder to the film, so you don't have to do so in an oven or other heating device. High-quality design ensures reliability and long-lasting use.
Features:
- Accepts DTF film sizes including A4, A3 and A3+ (up to 13.8" x 19.7")
- XXL-sized heat station accepts film sizes up to A2 (16.5" x 24")
- Compact design ensures safe placement on any tabletop or counter
- Energy efficient design ensures low power consumption
- Adjustable vent
- Adjustable temperature and time
- Recommended Temperature for A3 or larger sheets, use 125°C for 135 -145 seconds.
- For A4 or smaller sheets use 120° C for 120 seconds)
- New heating plate design for even and consistent heating
- Buzzer prompts when the countdown is over
- 110V - plugs into a regular outlet
- Use of a fume extractor fan is recommended
Uninet DTF Heat Station Instructions
*This product is FINAL SALE*
WARNING: Work in a WELL VENTILATED AREA and use protective equipment when working with DTF products and processes. It is highly recommended the use of a Fume Extractor to handle the fumes caused by TPU adhesive powder curing. Bodily protection, including the use of PPE equipment such as a full body covering, a respirator / N95 mask, goggles and gloves are recommended to protect against TPU adhesive powder (prior to curing) that may become airborne due to handling. Inhalation of TPU adhesive powder or fumes may be hazardous to your health. The use of DTF equipment, chemicals, powders, inks and all accessories are at the sole risk of the user. DTF equipment is intended for use in a commercial environment. It is not recommended to use DTF equipment in a residential, or in-home setting. DTF inks and film require a good humidity environment - over 50% humidity is highly recommended to minimize the risk of ink clogs and film buckling. Add a Fume Extractor to this package for sufficient fume extraction.