LABEL PRODUCTION SYSTEMS
MÜGRIP® MBJ8.1
SPE3M 1536 / SPE3M 3072

For the production of woven labels, in combination with photo-like designs, fashionable ribbons, name tapes and lanyards with slit selvedges.

  • The world’s best label weaving machine for the production of woven labels in different variations with the integration of picture-like designs
  • With the latest technology for increased operational reliability and longer service life in the weft insertion system
  • For outstanding fabric quality with low energy consumption
  • Simple, intuitive machine operation
  • Network interface for the protection of intellectual property (patterns) and implementation of the 4.0 industry strategy
  • A single machine control panel for monitoring and controlling the entire weaving machine process
  • Intelligent machine lighting facilitates fast repair of warp and weft breaks
  • Outstanding, low-wear weft insertion system
  • Storage of machine parameters together with the pattern file
  • In-house development and production. Many parts of the previous models MBJ6, MBJ6.1, MBJ8 can be used for MBJ8.1
  • Low energy consumption - abt. 30% less compared to conventional rapier weaving machines
  • Simple machine programming, high flexibility, short change-over times
  • Optimum accessibility and usability
  • Network ready, connectable to mymuenet®, the production data acquisition system with direct access to the machine control
     
Reed width (max.) [mm] 1380
Working width (max.) [mm] 1346
Shedding motion SPE3M series up to 3072 control functions
Harness-type Taffeta Semi-Satin Satin
Harness-variations [mm] 3x422T, 4x316T, 6x211T/S, 10x130SS, 12x105S and many other variations for ON-LOOM (hot slitting) or OFF-LOOM (ultrasonic slitting) or in combination (hot-/ ultrasonic slitting)
Weft insertion Rapier system
Number of weft colours 4-12 (individually adjustable speed, remapping and interchange function)
Pattern programming MÜCAD pattern and programming system
Production data acquisition system mymuenet®

 

Many options from the MBJ8.1 platform available.

MBJ8.1_SPE3M.pdf 		EN 648.77 KB