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Maximum foreign part separation at minimum fiber loss
Energy efficient - 80% less compressed air requirement than other systems
Minimum cleaning and maintenance requirements
T-SCAN TS-T5
The function, number of detection modules as well as lighting technology are unique in the market. The detection of colourless and opaque, white PP is not a problem for the TS-T5.
5 detection modules
- F-module – coloured/dark foreign parts
- P-module – transparent foreign parts
- UV-module – fluorescent foreign parts
- G-module – shiny foreign parts
- LED-lighting – small/thin foreign parts
Self-optimisation with embedded image processing technology
The machine control performs a number of optimisation functions on request or permanently:
- Balancing of white reference value
- Detection of cotton colour and colour variations
- Permanent consideration of current material speed
- Stop and go detection in feeding and corresponding adjustment
Your advantages
- Detection of white PP strips
- Detection of small/thin coloured PP strips
- Low good fiber loss
- Low energy consumption
- Low compressed air consumption
- Extended service intervals
- Low maintenance costs
- Minimum space requirement
- Data transmission to the Mill Monitoring System „My Mill“
- Integration into existing cleaner lines
In addition to colour, 4-CCD T-SCAN cameras can also detect shininess.
Foreign Part Separator T-SCAN TS-T3
The TS-T3 is a good choice if low-contrast foreign parts are no problem. Its structure is similar to T-SCAN TS-T5 and includes three modules:
- F-module – coloured/dark foreign parts
- P-module – transparent foreign parts
- UV-module – fluorescent foreign parts
DUSTEX SP-DX
If an integrated solution is not applied, the effective dust removal with a DUSTEX SP-DX machine offers:
- Higher efficiency rates
- Longer lives of clothings and spinning components
- Improved running behaviour of the spinning machines
- Increased economic efficiency of the overall installation
- Clean ambient air
This is of particular advantage to downstream processing: Thoroughly dedusted slivers ensure optimised running behaviour during yarn formation, e.g. in rotor spinning machines, but also significantly higher efficiency rates (less yarn breaks) in winding, knitting, warping and weaving.
