The compact KSB series

The KSB series is a completely new generation of suction blow molding machines developed for mono and SeCo applications. Depending on requirements, KSB machines are available as either single or double station machines.

Thanks to its specialized machine concept, even the basic version of a KSB meets around 95% of all requirements within suction blow molding. Using the motto “less is more”, great emphasis was placed in simplifying the machine without including all the options as standard.


Highlights of the KSB series

Click on each highlight to learn more.

Economic efficiency

  • Economically designed basic model, subsequently upgradable
  • Revised hydraulic unit with controlled servo pumps
  • Extruder with beltless drive

Easy handling

  • Entirely operable and adjustable during operation
  • Production data can be accessed using a web interface on mobile devices
  • Adjustment of clamp tonnage via touchscreen
  • RWDS head tooling change in 5 minutes

High utilization

  • Automatic lubrication system
  • Designed for fast mold change


  • Adjustable opening widths on the clamping unit (min. 500 mm)
  • Option to select product discharge to the right or left
  • Extruder platform electrically adjustable with positioning memory

Energy efficiency

  • Removal grippers with adjustable servo motors
  • Direct extruder drive
  • Servo-hydraulic clamping unit

Reduced space requirements

  • Compact design for optimal use of space
  • Machine modules can be transported in containers making delivery easier


  • Conveyor or robots
  • Convenience platform
  • Parison marking mechanism
  • Network-independent remote maintenance
  • Heating current monitoring
  • And much more


Augmented Service

The Augmented Service enables Kautex service technicians to perform direct virtual observation for problem analysis and problem solving ... more

Remote Service

Remote Service via 3G/UMTS connection - independent of your IT infrastructure more

Extrusion heads "made by kautex"

Optimized design thanks to realistic simulation more

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