Heat Press UTOPIA UT-45 Pneumatic 40x50cm

MIR-PRESS Digital heat press machine used for t-shirt transfer, sublimation, DTF and vinyl

"heat press UTOPIA UT-45 40X50."

 MIR-AUS Pneumatic High-Pressure Draw-out Heat Press 40x50cm

Product Description

Product Update:

Upgraded Model Heat Press - Available from October 2024

We are excited to announce that starting in October 2024, our model heat press will receive a significant upgrade!
This new version enhances your crafting and professional projects with improved features and performance.

Heat press UTOPIA UT-45 Pneumatic 40x50cm

Sublimation, DTF and vinyl Heat Press Machine

The newly produced heat press Utopia UT-45 is for professional textile printers of astronomical objects. With an extra-large work area of 40 x 50 cm, 
the transfer press is especially suitable for heat transfers on expansive media such as flags, T-shirts, sheets or room dividers made of textile. 
The base plate acts as a drawer, which allows convenient arranging of transfer objects and can be managed with little effort despite its size.
The pressure of the Utopia UT-45 transfer press is performed by compressed air, which means working with uniform and reproducible outcomes. 

Due to perpendicular contact pressure, the heat plate's pneumatic head allows flawless transfer of multiple materials without displacement outcomes, etc. The Utopia UT-45 heat press, with a heat output of 2.5 KW, is suitable for all standard transfer processes and can thus be used in almost all areas of technology transfer.

Technical Data

Air compressor requested:

• This is the data for the air compressor
• Motor: 3HP
• Tank: 35L
• Pressure: 8bar
• Air delivery: 120L/min

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Digital controller 
Time and temperature with
Large LCD display

Opens automatically
This heat press opens automatically 
after the adjusted time

Variable working pressure
The pressure can easily be adjusted

Working Safely
The safety and quality of the machines is permanently controlled

Exact Temperature Distribution
The high-quality heat plate ensures an exact temperature distribution over the whole heating plate

Low hysteresis
The temperature controllers
reduce temperature fluctuations to a minimum