Sandai Robot
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Break through traditional limitations with the Robot Laser Cleaning Workstation, a 100% customizable, automated solution designed for high-efficiency industrial cleaning. Featuring modular design, AI-powered precision, and industry-leading adaptability, this 6-axis robotic system integrates seamlessly into factory lines, delivering unmatched speed, safety, and cost savings.
| Category | Handheld | Robotic |
|---|---|---|
| Power Range | 100W-500W | 300W-1000W |
| Precision | ±0.1mm (Manual) | ±0.02mm (Auto) |
| Mobility | Portable 3-axis | 6-axis + Rail system |
| Best For | Small parts / Field work | Mass production / Factory lines |
| Workpiece Size | <1m³ (Valves/Artifacts) | >1m³ (Frames/Metal sheets) |
| Automation | Manual operation | CAD/PLC programming |
| Setup Cost | $5K-$20K | $20K-$300K |
| Energy Use | 1.5kW/h (AC power) | 8kW/h (Industrial circuit) |
| Safety | PPE required | Enclosed workstation |
Accurate adaptation for all scenarios, free control of technological sovereignty, and a double breakthrough in cost efficiency.
Non-Contact Cleaning: Laser energy controlled below material damage thresholds. Micron-Level Accuracy: ±5μm depth control for delicate surfaces.
3× Faster Cleaning: Achieve 500m²/day on 2mm rust layers. 24/7 Operation: Equivalent to 20 workers' annual output.
AI-Driven Optimization: Auto-detects contaminants and adjusts parameters. Remote Monitoring: Track progress in real-time via PC/mobile devices.
| Parameter | Specification |
|---|---|
| Product Name | Industrial Robotic Cleaning Automation Solution |
| Laser Power | 300W-1000W |
| IP Rating | IP65 |
| Axes | 6-axis articulated |
| Payload | 25-50kg (configurable) |
| Max Working Range | 1803-2158mm |
| Repeat Accuracy | ±0.05mm |
| Cleaning Applications | Surface rust, oil, paint removal for steel, aluminum, stainless steel and other metals |
| Power Supply | 380V AC, 50/60Hz |
Challenge: Manual cleaning took 8-12hrs/unit with high chemical hazards.
Solution: Gantry system + 6-axis robotic arm with dual-laser tech (2000W CW + 500W pulsed).
Challenge: Zinc layer damage in manual cleaning (yield <75%).
Solution: Dual-laser 500W pulsed + 1000W CW. Achieved 0.02mm precision and zero emissions.
Challenge: Manual grinding takes 2hrs/car with dust hazards.
Solution: AI path planning cuts process to 20mins/car using 2000W fiber laser.
Challenge: Traditional cleaning required 8-12 hours per mold.
Solution: Mobile robot with AI vision scans and cleans while mold is hot. No chemicals needed.
Challenge: Tiny holes (<0.8mm) hard to clean; manual damage risk.
Solution: 3D scanning robot with heat monitoring and digital reporting.
Shipment Method: Sea Freight, Land Freight, Air Freight, International Express, etc.
Package Method: International Standard Wooden Case.
* Note: If shipping by air, water cooler gas must be emptied before shipment.
