Wire crimping machines for wire preparation
Our KM series wire crimping machines are the ideal solution for wire preparation for use in mesh weaving machines.
The KM200, KM320 and KMSS wire crimping machines are the perfect complement for preparing warp and weft wires for use in mesh weaving machines. Whether crimp or punched mesh – we have the right machine and the right tools for every requirement.
Advantages of our wire crimping machines
- Highest quality: Precise processing for perfect grid structures.
- Cost-effectiveness: Efficient production and reproducibility.
- User-friendliness: Easy handling and low maintenance requirements.
- Durability: Robust basic construction.
- Reliable partner: Offset machine and tools (offset wheels) from a single source.
- State-of-the-art technology: the latest control and drive technology.
Product features
| KM200 | KMSS | |
|---|---|---|
| Wire diameter (1) | max. 10.0 mm (up to 600 N/mm²) max. 8.0 mm (spring steel) |
max. 18.0 mm (up to 600 N/mm²) max. 15.0 mm (spring steel) |
| Wire diameter (2) | max. 8.0 mm (up to 600 N/mm²) max. 7.0 mm (spring steel) |
max. 16.0 mm (up to 600 N/mm²) max. 13.0 mm (spring steel) |
| Wire material | Spring steel, stainless steel | Spring steel, stainless steel |
| Crimping speed | 10 – 60 m/min. | up to 30 m/min. |
(1) Grid types Figure 1-4
(2) Grid types Figure 5
Technical data is non-binding. They do not constitute a guarantee of properties.
Grid types
| Fig. 1, Offset grid with wires in 1st offset: t = m + d |
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|---|---|
| Fig. 2, Offset grid with wires in 3rd offset: t = 1/3 (m + d) |  |
| Fig. 3, Offset grid with wires in 5th offset: t = 1/5 (m + d) |  |
| Fig. 4, punching grid, wires punched on both sides: t = m + d |
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| Fig. 5, punching grid, wires punched on one side: t = m + d |
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tz = tooth pitch of the offset or punching wheels
