ABOUT US
1
OTHER MACHINERY
2
CLOTH MACHINERY
3
#SKS-HS11/ AUTO DUAL STATION HEAT PRESS MACHINE4
https://www.sks-machinery.com/custom_142996.html #SKS-HS11/ AUTO DUAL STATION HEAT PRESS MACHINE #SKS-HS11/ AUTO DUAL STATION HEAT PRESS MACHINE #SKS-HS11/ Automatic Pneumatic Dual-Station Heat Press Machine Introducing our Fully Automatic Pneumatic Dual-Station Heat Press Machine – designed to save labor, increase production efficiency, and deliver consistent, accurate results. Dual-station alternating operation: While one station is performing heat transfer printing, the operator can prepare materials at the other station, ensuring continuous and efficient production. No manual pushing or pulling required: The machine automatically moves between the two working stations, making operation effortless and reducing operator fatigue. PLC Touchscreen Control System: Easy-to-use digital interface with clear display and precise parameter settings. An ideal solution for mass production in garment factories and textile printing facilities. Product Features and Advantages Automatic Dual-Station Alternating Operation Higher Productivity • Labor Saving • Easy Operation No manual pushing or pulling required: The heating head or working platform automatically moves between the left and right workstations for heat pressing. Continuous production workflow: While heat transfer printing is being performed on one station, the operator can remove the finished product and prepare the next garment and transfer film at the other station. Reduced machine idle time: The alternating operation significantly improves production efficiency and can substantially increase output compared with conventional single-station machines.       Pneumatic Pressure System Stable Pressure • Uniform Pressing • Consistent Quality Powered by pneumatic cylinders to provide automatic downward pressing. Requires less manual effort compared with traditional manual heat press machines. Delivers stable, uniform and adjustable pressing pressure. Ensures consistent heat transfer adhesion and printing quality. Intelligent PLC Touchscreen Control System Precise Control • User-Friendly Operation Equipped with an integrated digital PLC touchscreen control system. Allows precise setting and monitoring of key operating parameters, including: Heat pressing temperature Heating and pressing time Pneumatic pressure Intuitive interface for easy operation and convenient parameter adjustment. Wide Range of Applications Versatile Applications • Ideal for Mass Production Specifically designed for garment manufacturers and textile printing f Fabric panels and cut garment piecesactories. Suitable for various heat transfer applications, including: T-shirts and finished garments Heat transfer printing and transfer films Heat transfer washing labels Garment logo and graphic printing Various textile heat transfer applications An efficient and reliable production solution for garment factories seeking higher productivity, reduced labor costs and consistent heat transfer quality.
https://www.sks-machinery.com/ SKY ALLIANCE TRADING LIMITED ( MACHINERY & SPARE PARTS mfg )
OTHER MACHINERY
ABOUT US OTHER MACHINERY CLOTH MACHINERY #SKS-HS11/ AUTO DUAL STATION HEAT PRESS MACHINE

#SKS-HS11/ Automatic Pneumatic Dual-Station Heat Press Machine

Introducing our Fully Automatic Pneumatic Dual-Station Heat Press Machine – designed to save labor, increase production efficiency, and deliver consistent, accurate results.

  • Dual-station alternating operation: While one station is performing heat transfer printing, the operator can prepare materials at the other station, ensuring continuous and efficient production.
  • No manual pushing or pulling required: The machine automatically moves between the two working stations, making operation effortless and reducing operator fatigue.
  • PLC Touchscreen Control System: Easy-to-use digital interface with clear display and precise parameter settings.


An ideal solution for mass production in garment factories and textile printing facilities.

  1. Product Features and Advantages
  2. Automatic Dual-Station Alternating Operation

Higher Productivity • Labor Saving • Easy Operation

  • No manual pushing or pulling required: The heating head or working platform automatically moves between the left and right workstations for heat pressing.
  • Continuous production workflow: While heat transfer printing is being performed on one station, the operator can remove the finished product and prepare the next garment and transfer film at the other station.
  • Reduced machine idle time: The alternating operation significantly improves production efficiency and can substantially increase output compared with conventional single-station machines.

 

 

 

  1. Pneumatic Pressure System

Stable Pressure • Uniform Pressing • Consistent Quality

  • Powered by pneumatic cylinders to provide automatic downward pressing.
  • Requires less manual effort compared with traditional manual heat press machines.
  • Delivers stable, uniform and adjustable pressing pressure.
  • Ensures consistent heat transfer adhesion and printing quality.
  1. Intelligent PLC Touchscreen Control System

Precise Control • User-Friendly Operation

  • Equipped with an integrated digital PLC touchscreen control system.
  • Allows precise setting and monitoring of key operating parameters, including:
    • Heat pressing temperature
    • Heating and pressing time
    • Pneumatic pressure
  • Intuitive interface for easy operation and convenient parameter adjustment.
  1. Wide Range of Applications

Versatile Applications • Ideal for Mass Production

Specifically designed for garment manufacturers and textile printing f

  • Fabric panels and cut garment piecesactories.

    Suitable for various heat transfer applications, including:

    • T-shirts and finished garments
  • Heat transfer printing and transfer films
  • Heat transfer washing labels
  • Garment logo and graphic printing
  • Various textile heat transfer applications

An efficient and reliable production solution for garment factories seeking higher productivity, reduced labor costs and consistent heat transfer quality.

Back to List