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Precision, speed and flexibility

From the original idea to the finished product

Use of an electrically driven 8-cavity mould for the manufacture of bottle caps with an anti-tamper ring for the medical industry.

 

 

  • The use of electric motors allows the construction of a fast, high-precision, energy-efficient mould.
  • A significant reduction in cycle time (over 20%) can be achieved through several movements taking place in parallel with each other without any dependence on mechanical mould movement; also aided by the consistent implementation of electrical drives using standard mould units.
  • As hydraulics are no longer required, leakage problems are a thing of the past.
  • Maximum process control is possible through constant monitoring and comparison of the operating data for the installed motors with the set target values.
  • A biocompatible coating (Dicronite DL5) means that the motors comply with the specifications governing their use in the medical and food industries.
  • Significant space savings are achieved in comparison with alternative systems such as hydraulics.
  • The use of electric motors ensures high speed and high power transmission with outstanding reproducibility.
  • Energy costs are dramatically reduced – the first important step towards “Green Technology”.

 

Get the description of the complete project realisation:

bottle cap_Servo_GB.pdf (5.23 MB)

Electrically driven 8-cavity mould for the manufacture of bottle caps with an anti-tamper ring

The article: bottle cap with an anti-tamper ring for the medical industry

Mould release