
MLAP 0.1 Smart Looms Automation Panel
A monitoring and control system developed to modernize conventional power looms by improving stop control, operator convenience and defect prevention through automated sensing and machine logic.
Automation for Existing Power Looms
MLAP 0.1 brings monitoring and control functions to conventional loom setups. The panel is designed to help operators react faster to warp or weft interruptions and to stop the machine at a controlled position.
By reducing avoidable fabric damage and simplifying machine handling, an automation panel can help a weaving unit improve consistency without replacing the complete loom.
- Push-button start, stop, forward inching and one-pick control.
- Smart braking logic intended to stop the loom at a selected position.
- Weft stop options including fork and filler stop inputs.
- Warp stop options including drop pin, IR-based stop and beam-tension sensing.
- Stand, wall or machine mounting configurations.
- Supports better operator coverage across multiple machines where the setup permits.
Operating Details
| Operating Voltage | 440 V AC, 230 V AC and 24 V DC systems |
|---|---|
| Primary Function | Automatic monitoring and stop control for power loom operation |
| Operator Controls | Start, stop, inching and one-pick functions |
| Warp Stops | Drop pin, IR warp stop, beam tension stop options |
| Weft Stops | Fork stop and weft filler stop options |
| Mounting | Stand, wall or loom mounting depending on installation |
Operational Benefits
- Helps reduce fabric defects caused by delayed machine stops.
- Can allow one operator to supervise more machines in suitable production conditions.
- Supports higher loom utilization by improving stop response and machine control.
- Can reduce wasted production and associated energy use.
- Suitable for modernization projects where a full loom replacement is not required.
Need price, configuration or delivery guidance?
Tell us your fabric width, yarn specification, shedding requirement and target production. Our team can suggest a suitable configuration.
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