Drilling Machine Injury Simulation Equipment (Interactive Somatosensory Edition)
This safety training simulator is designed specifically for the machining industry. It realistic simulates the risks of high-speed rotation entanglements, clothing/glove snagging, and crushing injuries. The equipment is built to strongly reinforce critical safety protocols, such as "no gloves allowed, tight-fitting attire, and mandatory safety guard compliance."
Key Features
1. Theoretical Knowledge Learning
Machine Structure & Safety Regulations: In-depth breakdown of drilling machine components and standard safety protocols.
Risk Identification: Detailed analysis of hazard points (entanglement, crushing injuries, finger amputations).
Accident Case Studies: Deconstruction of real-world drilling machine entanglement accidents, analyzing root causes and preventive measures.
Core Protection Points: Emphasizes strict rules: No gloves, "Three-Tight" workwear (tight cuffs, collar, and hem), mandatory closing of safety guards, and a strict ban on reaching near moving parts.
2. Video Warning Education
3D Hazard Disassembly: Visual breakdown of dangerous actions, such as operating while wearing gloves, wearing loose clothing, or leaning in to pick up fallen items.
Standard Operating Procedure (SOP) Demonstrations: Step-by-step guidance on pre-start inspections, compliant attire, correct safety guard usage, and proper shutdown/lockout procedures.
3. Hands-On Somatosensory Experience (Core Feature)
Glove Entanglement Simulation: When a glove approaches the main spindle, it experiences an instant, powerful pull, letting users experience the terrifying reality of "one-second entanglement, zero escape."
Clothing Snagging Experience: Demonstrates how loose fabric (such as unbuttoned sleeves or jacket corners) is instantly caught and wrapped by the high-speed rotating spindle.
Mock Hand Crushing Simulation: Uses a synthetic hand to simulate accidental drill bit contact, providing realistic twisting and squeezing tactile feedback (completely painless and safe).
Inertia Risk Demonstration: Highlights spindle rotation due to inertia after power-off, correcting the dangerous misconception that "turning it off means instant safety."
Protection Comparison: Offers a direct, stark contrast between safe operations (guard closed/compliant attire) and non-compliant operations.
4. Theoretical & Practical Assessment
Smart Testing: The system randomly generates quizzes covering safety regulations, hazard identification, and emergency response.
Hands-on Performance Scoring: Automatically evaluates whether the user's operations are compliant, if any risks were triggered, and if emergency responses were handled correctly.
Data Tracking: Trainees must pass to complete the course. Training data is automatically archived, fully supporting corporate training traceability and audits.
Technical Specifications
| Parameter | Specification |
| Dimensions | Approx. 800 × 600 × 1500 mm (Customizable) |
| Power Supply | AC 220V / 50Hz, Power ≤ 500W |
| Spindle Speed | 500–3000 RPM (Stepless speed regulation, simulating industrial drilling machines) |
| Experience Mode | Single-user experience, 3–5 minutes per session |
| Safety Protection | Emergency stop button, infrared anti-pinch sensors, overload protection, power-off inertia simulation |
| Material | Industrial-grade steel + ABS engineering plastics (Highly durable construction) |

















