6-Axis Robotic Automated Drop Test System RS-DP-03R-A2
Product Overview
The ITM-LAB RS-DP-03R-A2 replaces manual specimen handling with a fully automated, 6-axis robotic positioning system designed for high-throughput drop testing of portable electronics. By combining multi-axis motion control, automated vision recognition, and AI-driven defect analysis, the machine runs complete, unattended testing cycles—from initial loading and alignment to multidirectional drops and post-impact damage inspection—in strict compliance with international reliability standards.
Key Applications
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✅Smart Devices & Wearables: Hands-free testing for smartphones, tablets, e-readers, laptops, smartwatches, VR headsets, and remote controllers.
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✅Peripherals & Accessories: Reliability verification for power adapters, chargers, docking stations, and headphones.
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✅Sub-assemblies & Components: Targeted impact testing for touchscreen modules, glass cover panels, device housings, camera sub-assemblies, fingerprint sensors, antenna modules, PCBAs, and battery packs.
Core System Features
1. End-to-End Robotics & Automation
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Autonomous Material Handling: The 6-axis robotic arm automates loading, unloading, and precision picking, removing human variance and positioning errors from the testing loop.
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Multi-Specimen Batch Processing: Manages sequential testing for up to 10 mobile devices across 24 distinct drop orientations per cycle without operator intervention.
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Dynamic Orientation Correction: Micro-adjusts and locks the specimen's falling posture to ensure repeatable impacts on precise faces, corners, or edges.
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Automatic Face Rotation: Rotates and repositions components between individual test runs to maintain a continuous, non-stop testing pipeline.
2. Vision Recognition & Defect Inspection
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Optical Damage Detection: Built-in vision modules scan the specimen immediately after impact, automatically identifying cracks, fractures, or structural deformation on glass covers and outer shells.
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Intelligent Area Targeting: Cross-references detected surface anomalies in real-time to ensure consecutive drops target the exact structural points requiring destructive validation.
3. Metrology & High-Speed Camera Integration
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Synchronized Impact Capture: Equipped with hardwired automatic trigger outputs that sync perfectly with premium high-speed imaging systems from Phantom, Photron, and NAC.
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Empirical Data Logging: Tracks and logs kinematic profiles for every single cycle, capturing real-time free-fall velocity, acceleration curves, and precise impact duration.
Operational Modes
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Targeted Directional Drop: Focuses repetitive impacts at predetermined edge, corner, or face angles.
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3D Random Drop Simulation: Utilizes programmed multi-axis trajectories to replicate chaotic, real-world transport and handling accidents.
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High-Volume Batch Testing: Handles continuous queue management optimized for mass-production quality control audits.
Technical Specifications
| Parameter | Specification |
| Model | RS-DP-03R-A2 |
| Drop Height Range | 300–1800mm (2000mm optional) |
| Height Control Accuracy | ±0.5mm |
| Impact Velocity Error | ≤5% of theoretical velocity |
| Maximum Specimen Weight | 3kg (Configurable for 2kg or 3kg payloads) |
| Drop Counter Capacity | 1 to 999,999 cycles (Programmable limit control) |
| Specimen Clamping Interface | Pneumatic vacuum suction / Mechanical adaptive clamping |
| Impact Base Media | Interchangeable steel, structural wood, and marble plates |
| Pneumatic Supply Requirement | ≥0.5 MPa |
| System Dimensions (W×D×H) | 1580 × 1150 × 2520 mm |
| Equipment Net Weight | Approximately 475kg |
| Power Supply Configuration | AC 220V, 50Hz, 10A (Single Phase) |
Testing Standards Compliance
The hardware kinematics and automated release sequences satisfy the following international regulatory frameworks:
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IEC 60068-2-32: Environmental Testing - Part 2-32: Test Ed: Free Fall.
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GB/T 2423.8: Environmental Testing for Electric and Electronic Products - Test Methods: Free Fall.
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YD/T 1539-2006: Technical Requirements and Test Methods for Mobile Communication Handset Reliability.
Preventative Maintenance
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Pneumatic Integrity: Inspect vacuum suction lines and adaptive clamping seals daily to prevent pressure drops during high-velocity robotic movements.
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Air Supply Regulation: Verify the facility compressor maintains a stable supply pressure of ≥0.5 MPa.
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Sensor Calibration: Schedule periodic calibration for the laser height sensors to maintain the strict ±0.5mm tolerance profile.
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Impact Medium Audit: Monitor the flatness and surface wear of the steel, wood, and marble strike plates to eliminate damping bias.
Quick FAQ
Q1: Does the RS-DP-03A2 require manual adjustment when switching between different drop angles?
A: No. The system utilizes a programmable pneumatic clamping interface combined with multi-axis motion control. You can configure precise 0°, 45°, and 90° drop trajectories directly via the touchscreen interface, eliminating manual positioning errors.
Q2: How does the system ensure the specimen does not flip or drift during free fall?
A: Traditional testers suffer from unpredictable aerodynamic drag and sample flipping. The RS-DP-03A2 uses a synchronized vacuum adsorption and rapid-release mechanism that stabilizes the device's falling posture, guaranteeing that the intended face, edge, or corner impacts the target plate accurately.
Q3: What parameters are measured and captured automatically during a test run?
A: Immediately upon sample release and impact, the integrated sensor matrix calculates and displays the exact free-fall velocity, peak acceleration, and drop duration, while the programmable counter tracks total completed cycles.
Q4: Can the machine handle different testing surfaces required by international standards?
A: Yes. The base of the machine accommodates interchangeable impact media. It comes standard with a high-density steel plate, structural wood board, and natural marble slab to comply with varied regulatory testing protocols.
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