Προσαρμοσμένη σε απευθείας σύνδεση αυτοματοποιημένη μηχανή καθαρισμού λέιζερ για καλούπια ελαστικών (1000W/1500W/2000W παλμικό λέιζερ ινών, ευρεία σάρωση 50-450mm, τοποθέτηση 3D Vision, υδρόψυκτο, AGV-Ready)
Παρουσίαση των χαρακτηριστικών του εξοπλισμού
Customized Online Automated Laser Cleaning Machine for Tire Molds (GST-ZZJ-1000M / GST-ZZJ-1500M / GST-ZZJ-2000M) | Greenstone-Tech
Greenstone-Tech εξατομικευμένο online automated laser cleaning machines for tire molds are designed for high-efficiency, in-line mold maintenance in tire production. The system integrates a high-power pulsed fiber laser for stable output, combined with a high-precision rotary / lifting / telescopic mechanism και ένα multi-angle wide-scan cleaning head to achieve fast, uniform, no-dead-angle cleaning.
To improve accuracy and automation, the machine supports laser distance measurement or a 3D HD camera for automatic precise positioning and one-button cleaning. For safer operation and a cleaner workshop environment, it can be equipped with fire protection και fume extraction. Optional wireless AGV drive και high-precision track-following laser radar can further enhance mobility and site adaptability.
Typical applications: compatible with various curing press setups (hydraulic, mechanical, and mobile types), suitable for PCR and TBR tire molds, especially complex molds such as vent-hole structures και laser-engraved pattern molds.
επεξεργασμένα δείγματα
1) Online Automation for Higher Productivity
Enables in-line cleaning with automated control and one-button operation, helping reduce downtime and improve production efficiency.
2) Wide-Scan, Multi-Angle Cleaning with No Dead Corners
Multi-angle wide-scan cleaning head + rotary/lift/telescopic mechanisms deliver more complete coverage and consistent results on complex mold patterns.
3) Stable High-Power Pulsed Fiber Laser Output
Designed for continuous industrial operation with stable energy delivery to maintain cleaning consistency across long duty cycles.
4) Precision Positioning Options (Laser Ranging / 3D HD Camera)
Supports automatic precise positioning to improve repeatability and reduce manual alignment time.
5) Safety & Environmental Protection Integration
Optional fire protection and fume extraction help improve operational safety and workshop air quality during cleaning.
6) Mobility Options for Flexible Workshop Layouts
Optional wireless AGV drive and track-following laser radar support flexible deployment across different working stations and production scenarios.
7) Designed for PCR/TBR Mold Cleaning (Including Difficult Structures)
Optimized for tough cleaning tasks such as vent-hole areas and complex tread patterns, with improved completeness compared to some conventional cleaning methods.
| Στοιχείο | GST-ZZJ-1000M | GST-ZZJ-1500M | GST-ZZJ-2000M |
|---|---|---|---|
| Ισχύς λέιζερ | 1000W | 1500W | 2000W |
| Πλάτος σάρωσης | 50–280 mm | 50–380 mm | 50–450 mm |
| Positioning Method | Laser distance measurement | 3D HD camera | 3D HD camera |
| Μέθοδος ψύξης | Υδρόψυκτο | Υδρόψυκτο | Υδρόψυκτο |
| Τροφοδοσία ρεύματος | 220V | 220V | 380V |
| Στοιχείο | GST-ZZJ-1000M | GST-ZZJ-1500M | GST-ZZJ-2000M |
|---|---|---|---|
| Cleaning Efficiency | 40–50 min / station (two molds) | 35–45 min / station (two PCR molds); 40–50 min / station (two TBR molds) | 35–45 min / station (two TBR molds) |
| Cleaning Result | Clean, uniform, no dead angles | Clean, uniform, no dead angles | Clean, uniform, no dead angles |
| Energy Consumption | PCR: 2 kWh / mold | PCR: 2.5 kWh / mold; TBR: 4 kWh / mold | TBR: 4.5 kWh / mold |
| Operating Noise | < 80 dB | < 80 dB | < 80 dB |
| Operators | 1 person / shift | 1 person / shift | 1 person / shift |
| Rotary Mechanism Repeat Accuracy | 0.1° | 0.1° | 0.1° |
| Telescopic Mechanism Stroke / Repeat Accuracy | Custom stroke; 0.2 mm | Custom stroke; 0.2 mm | Custom stroke; 0.2 mm |
| Lifting Mechanism Stroke / Repeat Accuracy | Custom stroke; 0.2 mm | Custom stroke; 0.2 mm | Custom stroke; 0.2 mm |
Σχετικά προϊόντα
Κατακτώντας τις βασικές τεχνολογίες στην προσθετική κατασκευή μετάλλων υψηλής απόδοσης και στην επεξεργασία επιφανειών
