LRW500

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LRW500

For the heaviest and most demanding jobs, GM offers this multi-purpose, stand-alone rewinding unit with splice table, web guide and slitting knife. The entire module is electronically synchronized and capable of communicating with a variety of printing systems

Characteristics

The entire module is electronically synchronised and capable of communicating with a variety of printing systems.

Specific interfaces are available eg. for Xeikon, HP Indigo and Epson. A universal web tension interface can be used as well. The machine will synchronize to the speed from the press with a dancer arm/tension break that also gives the possibility to adjust the web tension between the press and the LRW500. A colour touch screen interface with graphic symbols instead of text simplifies operation and makes the module very user-friendly. 

Features

  • Roll pick-up from the floor.
  • Stepless electronic tension setting.
  • Easy to use graphic touch screen.
  • Air expanding mandrels.
  • Low unwind warning signal.


Options

  • Optional knife station with either razorblade slitting or crush knife slitting.
  • Web guide.
  • Antistatic system.
  • Dual rewind on single shaft web guide.
  • Slack loop interface.
  • Corona unit.

 

Technical Specifications
Specifications Metric Imperial
Web width 250 - 520 mm 9.8 - 20.5"
Substrate support 40 - 350 gsm paper and film
Max. roll diameter 1000 mm 39.4"
Max. roll weight 750 kg 1653 lb
Core diameter 76 or 152 mm 3 or 6"
Max. speed
 higher on request		 30 m/min 98.4 ft/min

 


GM is in the industry-forefront with the Industry 4.0 adoption. In GM we are preparing to heavily focus on interconnectivity, automation, machine learning, and real-time data.

All GM Industry 4.0 certified machines are built to be cloud connected for easy remote diagnostics and connection to various production systems (MIS).

More information here: i4.0


In GM we are determined to do our part by cutting the carbon footprint of our operations and our entire value chain. That is why our ambition of ZERO carbon footprint 2030 is based on science-based carbon-reduction targets aligned with the Paris Agreement’s more ambitious goal of limiting global warming to 1.5 °C.

More information here: EnergySave