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Series
9.1136

Rivi Magnetic Clamping Systems M-TECS R

for temperatures up to 240 °C
Rivi Magnetic Clamping Systems M-TECS R
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Catalogue sheet
Operating instructions
Available on demand.
Information Series
Description
M-TECS R

Application

Rivi Magnetics magnetic clamping systems M-TECS R are primarily used for automatic clamping of different moulds on rubber presses.

 

Description

With Rivi Magnetics magnetic clamping systems, the moulds are magnetically clamped or unclamped at the touch of a button within a few seconds.
Since permanent magnets generate the force of the magnetic clamping plates, electric clamping is only required to magnetize the plates.
The magnetic clamping plates are de-energized in clamped condition and thus absolutely safe in case of power failure. The complete clamping cycle is monitored by different sensors, thus guaranteeing reliable mould clamping.
All Rivi Magnetics magnetic clamping systems carry the CE mark.

 

Advantages

  • Standardization of moulds no longer required
  • High safety by process monitoring
  • Clamping of the moulds within a few seconds
  • Ergonomic handling with ease 
  • Mould clamping also in the heated condition
  • Minimum wear of the moulds
  • Motion detection of the mould
  • Mould clamping on the complete surface with minimum deformation
Application examples
M-TECS magnetic clamping system for a 100to Arburg 420 injection moulding machine

Temperature range up to 120°C (on request up to 240°C).
Magnetic holding force = 100 kN

Magnetic clamping system Type M-TECS die casting, especially designed for die casting machines

Temperature stable up to 230°C.
Suitable for horizontal and vertical machines.
Available with and without integrated heating.
Size and geometric shape can be freely designed as requested by the customer.

Magnetic clamping system in a rubber moulding press of the company Wickert

Plate size 500x500mm, magnetic force up to 120 kN possible.
Clamping and unclamping of several dies at the same time within a second. Temperature range up to 240°C.
The mould halves are heated by the magnetic heating plate.