288758 - Miller T94 Series Welding Helmet with ClearLight 2.0 Technology

Advanced Optical Clarity for Industrial Fabrication

The Miller T94™ Welding Helmet (SKU: 288758) represents the pinnacle of industrial welding protection, engineered specifically for high-amperage and high-duty cycle applications. At the core of this helmet is the revolutionary ClearLight™ 2.0 Lens Technology. This advanced optic system provides a high-definition, natural color view of the weld pool, allowing operators to distinguish subtle variations in the arc and puddle. With a 3.0 Light State, the lens is significantly brighter than traditional filters when not welding, enabling operators to keep their hood down during setup and inspection, thereby improving overall facility safety and reducing downtime.

Intelligent Sensing and Control

Designed for dynamic welding environments, the T94™ features AutoSense™ technology, which automatically adjusts the helmet's sensitivity to the optimal setting for the current environment. This is particularly beneficial for operators who frequently move between different lighting conditions or welding processes. The helmet is equipped with four independent arc sensors that ensure reliable lens triggering even in obstructed or low-amp T94 applications. The digital controls are intuitive, featuring large push buttons that are easy to operate even while wearing gloves, allowing for precise adjustments of shade (including half-shade settings), delay, and sensitivity.

Ergonomics and Durability

Comfort is critical for compliance and productivity. The T94™ includes the Gen 3.5 Headgear, a flexible and ergonomic support system that distributes weight evenly across the head, reducing pressure points and neck strain during extended use. The helmet shell is constructed from durable, heat-reflective materials designed to withstand the rigors of industrial environments. Additionally, the Quick Release Cover Lens system simplifies maintenance, allowing for fast lens changes without the need for tools. This model supports three distinct operating modes—Weld, Cut, and Grind—making it a versatile solution for complex fabrication workflows.