Fall Protection and Confined Space Entry

Miller™ SkyORB™ Overhead Rotational Boom Anchor

Pre-engineered boom anchor system that replaces the need for very expensive, custom engineered, fixed overhead anchor systems

Miller™ Titan Fall Limiters

Requires less fall clearance than shock-absorbing lanyards

Miller™ Temporary Anchorage Connectors

A variety of durable temporary connectors

Miller™ Vi-Go™ Ladder Climbing Safety Systems

Continuous fall protection when climbing fixed ladders

Honeywell Miller™ Manyard™ II Shock-Absorbing Lanyard

Heavy-duty outer jacket serves as a backup to shock-absorbing inner core

Honeywell Miller™ Revolution™ Harnesses

Design based on key user-identified needs

Honeywell Miller™ TurboLite™ Personal Fall Limiters

Affordable alternative to shock-absorbing lanyards

Miller™ Manyard™ II Shock-Absorbing Lanyards

Heavy-duty outer jacket serves as a backup to shock-absorbing inner core

Miller™ Descent Devices

Designed for a variety of applications where smooth, controlled descent from an elevated position is required

Miller™ BackBiter Tie-Back Lanyards

Features all-in-one lanyard with SofStop Shock Absorber and cross-arm anchorage connector

Honeywell Miller™ Cross-Arm Straps

Provides temporary anchorage to overhead support beam for fall protection systems

Honeywell Miller™ ShadowLite™ Beam Anchor

Unit slides along the beam with the worker

Miller™ Revolution™ Harnesses

Ensures safety and functionality with features developed to meet key user needs

Honeywell Miller™ DuraFlex™ 650 Series Full-Body Stretchable Harnesses

Feel the difference with specially-formulated elastomer (stretchable) webbing

Honeywell Miller™ AirCore™ Steel Harnesses

Has high-visibility color for greater safety

Honeywell Miller™ Revolution™ DualTech™ Harnesses

Harnesses with DualTech webbing offering safety and functionality with features developed to meet key user needs

Miller™ D-Bolt Anchor

Unique, compact D-shape bolt design prevents rollout

Miller™ Revolution™ Tower Climbing Harnesses

Designed to meet specific safety and functional needs for climbing towers

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