7600NWR Rotary Heat Transfer Machine for Narrow Web Printing

$57,100.00
SKU
7600NWR
Valid through April 30th: After $1,000 Instant Rebate, Net price of $9,995.00
Categories: Rotary Heat Presses

The 7616 has been sold for over two decades for the continuous printing of narrow web fabrics from shoe laces to seat belts. The transport belt on the machine is 16" wide. The machine comes with 5 lanes for the substrates/transfer paper. The transfer paper for high production sublimation printing has traditionally been produced on “flexo-graphic” printing presses. In recent years, digital ink jet printers have made short run and customized printing a reality. The 7616 is designed to operate equally as well with either process. The new oil heated drum system allows high production speeds with minimum fluctuation of temperature across the width.

Please Note: This heat press requires and additional $725 crating charge.

 Technical Features

  • 13” (35 cm) printing area
  • Oil heated drum with digital heat control
  • Unwind discs & guides for narrow transfer paper
  • Unwind and rewind system for blotting tissue to
  • control dye contamination
  • Unwind and rewind for full width transfer paper
  • Easy on/off belt removal
  • Low maintenance - 1 hour belt change procedure
  • Alarm signal, if the temperature varies above or
  • below the set point
  • Digital speed indicator
  • Automatic cool-down system

Technical Data

  • Belt width: 41cm (16”)
  • Machine Dimension: 126 x 113 x 155 cm
  • (49” x 44” x 61”)
  • Production Speed: 4.3 m/m (14fpm) @ a 20
  • second dwell time
  • (typical “flexo” speed)
  • 2 m/m (7 fpm) @ a 40
  • second dwell time
  • (typical “digital” speed)
  • Max Belt speed: 9 m/m (10 ypm)
  • Power: 7,2 kw (31 amp)
  • Avg. Consumption 3,6 kw/h (16,5 amp)
  • Net weight: 862 kg (1,900 lbs)
More Information
Manufacturer AIT
Color N/A
Media Thickness N/A
Roll Width N/A
Sheets per Pack N/A
Paper/Sheet Size N/A
Time Frame N/A
Finish N/A
Shape N/A
Compatible Fabric N/A
See Full Instructions/Documentation N/A