Adjustable Bench. Keiser’s easy to move adjustable bench locks into Keiser Racks during use. When not in use, its low profile and transport wheels makes it easy to store until needed. The bench has multiple angle adjustments allowing for maximum body support throughout a …

Explore pneumatic and mixed resistance exercise videos on the Keiser Rack. Including squats, deadlifts, presses, rows, and more.

Keiser's A300 Chest Press features pneumatic resistance to train faster, stronger, more powerful arms, shoulders, and chest more safely with less shock loading.

The functional trainer bench was designed to maximize space in small facilities, such as physical therapy, hospitality, corporate fitness, etc. It fastens to the bottom of the functional trainer and folds up to a 90º position for storage and use, as well as 60º, 45º, 30º, and flat.

Adjustable Bench. Keiser’s easy to move adjustable bench locks into Keiser Racks during use. When not in use, its low profile and transport wheels makes it easy to store until needed. The bench has multiple angle adjustments allowing for maximum body support throughout a …

Only Keiser’s Dynamic Variable Resistance safely builds strength at any speed, which is the key to building maximum power (Force x Velocity). Keiser resistance machines enable you to develop power, and power is the key to performance.

All Keiser patented hybrid racks combine Keiser Dynamic Variable Resistance and iron weight resistance. Keiser Dynamic Variable Resistance pulls straight down on the bar (just like gravity) and follows the bar as it moves horizontally.

Explore a wide range of Keiser functional trainer exercise videos, from single arm rows to chest presses and squats.

equipped with patented Keiser Pneumatic Technology to give everyone from first-time gym members to pro athletes a safer, easier, more efficient way to boost power output, improve core stability and gain overall muscle performance.

The Keiser Rack offers a unique perspective with its Mixed Resistance approach, blending pneumatic and mass resistances. This article explores the science behind this innovative system, presents a real-world case study, and provides recommendations for optimizing training based on resistance ratios.