ZH450ST Full HD 1080p Short Throw Business and Golf DuraCore Laser Projector

Eco-friendly high brightness short throw Full HD laser projector

The ZH450ST is one of Optoma’s most compact and hassle-free Full HD 1080p DuraCore laser projectors to date. Designed for maintenance-free continuous operation, this 4200-lumen projector delivers powerful image performance with flexible installation features and extensive connectivity options in a sleek, compact form factor, up to 34% smaller than previous Optoma models. To support Optoma’s commitment to sustainability, the ZH450ST cuts power consumption by up to 45% compared to Optoma’s lamp-based projectors.² Energy-saving DuraCore laser technology ensures a long product lifespan of up to 30,000 hours without the need for additional lamps, requires minimal maintenance, and is mercury-free, further lowering its carbon footprint.

An added benefit, the ZH450ST features an external power supply offering more reliability, portability, and energy efficiency.

Designed with the environment in mind, the eco-friendly chassis design is made with up to 50% PCR (Post-Consumer Recycled) plastics and the packaging contains up to 97% recyclable materials.³ In addition, the compact product and packaging size of the Optoma ZH450ST projector allows 2x more products carried per container, resulting in more efficient logistics to help further reduce carbon emissions.

Geared for conference rooms, boardrooms, and other corporate spaces, the ZH450ST has a short throw lens meaning it can be positioned less than a few feet from any wall. It comes with an RS232 connection for monitoring and controlling and a built-in speaker for ultimate convenience.

Bright Full HD 1080p DuraCore laser projector – 4200 lumens and IP6X certified

Ultra compact and short throw lens for easy installation – 360-degree and portrait projection

Reduced power consumption for a long life span – DuraCore laser technology delivers 30,000 hours of maintenance-free laser light source

External power supply – More reliability, portability, and energy efficiency