Vuzix Blade 2: The New Standard In Smart Glasses For Connected Workforces

Vuzix Blade 2: The New Standard In Smart Glasses For Connected Workforces

Vuzix Blade 2: The New Standard In Smart Glasses For Connected Workforces

They’re here! Vuzix Blade 2 smart glasses kept everything people loved from Blade Upgraded and added some significant enhancements for the connected workforce.

With the same sleek and durable form factor that Blade users have come to rely on, but with the added advantage to connect frontline workers with critical AR systems with greater ease. The Vuzix Blade 2 is a grab-and-go AR workforce solution that delivers a host of advanced features and performance enhancements, specifically, designed to meet the needs of connected workers.

At a price of $1,299.99, the Vuzix Blade 2 smart glasses offer ultrabright waveguide optics, merging digital instructions into real-world tasks while removing distractions and vision occlusion, leading to reduced error rates and a more effective workforce.

With safety being at the forefront of all product decisions, the Blade 2 smart glasses also offer full UV protection lenses, plus ANSI Z87.1 safety certifications, ensuring that these glasses meet the standards for occupational eye and face protection.

The big difference lies within the optimization for enterprise use across a broader number of applications. Vuzix Blade 2 smart glasses house a high-performance Qualcomm processor that now runs on Android 11 OS, in support of a large variety of enterprise-focused software like MS Teams, Zoom, and Teamviewer. In addition to the Android update, the glasses can integrate with common MDM solutions for easier device management and there is increased security with the integrated memory management.

To top it off, the device offers expanded Wi-Fi capabilities for diverse workplace environments. The Blade 2 smart glasses are a direct response to widespread requests for a more muscular version, with greater functionality and performance, while preserving the all-important wearability factor.

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