Danger Exoskeleton Mobility Test Pinch Point Sign (8x12 Aluminum) | High-Visibility Safety Warning for Robotics, Wearable Tech, R&D Labs, Testing Areas

🌟 A Simple Fix for a High-Risk Pinch-Point Zone

Exoskeleton mobility testing involves powered joints, moving linkages, and close-proximity human interaction. That’s the perfect recipe for pinch-point injuries when people wander too close, don’t understand the risk, or “just step in for a second.”

The Problem Solved: In test bays and R&D areas, foot traffic changes constantly. New staff, visitors, contractors, and curious coworkers create avoidable exposure around moving equipment.

The Solution: This DANGER: EXOSKELETON MOBILITY TEST – PINCH POINT sign delivers clear hazard communication at the point of risk. It helps reinforce restricted awareness, supports safety culture, and reduces the “nobody warned me” problem.

Where It Fits Best: Robotics labs, wearable robotics R&D, medical device testing spaces, rehab tech facilities, university engineering programs, innovation centers, and prototype shops.

Built for Professional Use: Printed on 8x12 aluminum for a durable, facility-grade presentation that holds up in real-world environments (not paper, not cheap vinyl).

• 🏭 PINCH-POINT WARNING FOR EXOSKELETON TESTING AREAS: Purpose-built message for mobility tests and powered joint movement where hands, fingers, or clothing can get caught.
• ⚠️ HIGH-VISIBILITY “DANGER” FORMAT: Bold header and clean typography help the warning get noticed quickly in active lab and shop environments.
• 🛠️ INDUSTRIAL-GRADE ALUMINUM (NOT A STICKER): 8 x 12 inch aluminum sign engineered for long-term use with strong visual clarity and a professional finish.
• 🧠 PERFECT FOR ROBOTICS / R&D / PROTOTYPE SPACES: Ideal for wearable tech labs, university research areas, medical device testing, manufacturing engineering zones, and demo rooms.
• ✅ CGAP INDUSTRIES BUILD STANDARD: Designed for organizations that want signage that looks professional, reads fast, and supports consistent safety communication across the site.