For flanging the round magnets or other clamping tools. For spindle heads as per DIN 55026 (55021) form A and B, ISO 702/I A1 and A2, ASA B5.9 A1 and A2.
For flanging the round magnets or other clamping tools. For spindle heads as per DIN 55022 and ISO 702/III.
For flanging the round magnets or other clamping tools. For spindle heads as per DIN 55029, ISO 702/II, ASA b 5.9 D1.
For flanging the round magnets or other clamping tools. For supports as per DIN 228.
The magnetic plate is especially characterised due to large magnetic power, stable design and a long service life. The pole pitch forms “real” N and S poles.
Permanent electro-magnet systems with extremely narrow pole pitch.
The newly developed clamping system allows pulling the workpieces against the end stop using magnetisable end stops in a safe process.
Reinforced magnet system with demagnetisation cycle. Optimised system for high adhesion forces. Fully magnetic, saturated system due to flow concentration.
The clamping system with NdFeB high-energy magnets were optimised as per the latest magnet technology.
For the clamping of thinner plates, e.g. welding seam preparation as well as for milling of hard parts and high-alloy materials.
Optimised high-energy magnet system with low installation height.
The round magnets are especially characterised by a strong magnetic field.
This new model of round magnets uses new magnetic materials and develops an extremely high adhesion force.
Round magnets with ring pole pitch allows clamping of multiple workpieces outside the centre. The strong magnetic field is uniformly distributed across the pole plate.
For grinding of thin plates, wide rings with less thickness and minimum width of 40 mm
The innovative combination of magnetic clamping technology and the concentric clamping chuck – a complete system solution from a single source.
Clamping towers, precision-milled
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