Eeeza Electric Stair Climber Machine with LED Display, Carbon Steel

The Eeeza Stair Climber delivers an intense cardio workout with maximum safety and durability. Featuring a carbon steel alloy frame, wide ergonomic steps, and a user-friendly LED display, this machine is ideal for both commercial gyms and home setups. With a 160kg weight capacity and stable 201kg frame, it supports users of all sizes for high-frequency step training.

FEATURES

Reinforced Carbon Steel Construction

Main frame made from carbon steel alloy for high durability, anti-deformation, and corrosion resistance

Built to withstand long-term use in high-traffic environments

160kg Max Weight Capacity

Supports a wide range of users, including heavy-set individuals and high-performance athletes

Ideal for inclusive fitness environments and intensive commercial use

Oversized Step DesignStep dimensions: 570(L) * 240(W) * 220(H) mm

Extra-long and wide for better foot support and comfort

Ergonomic height (220mm) minimizes knee strain for safer motion

Ultra-Stable Structure for Intense UseNet weight of 201kg ensures strong ground contact—no tipping, shaking, or instability

Reliable for extended cardio sessions and fast-paced step movements

Space-Conscious Size with Commercial VersatilityProduct dimensions: 1400 * 750 * 2070mm

Suitable for gyms, studios, or home gyms with standard ceiling heights

Balanced footprint fits comfortably in medium to large rooms

Integrated LED Display PanelShows time, calories burned, heart rate, and speed

Helps track performance and enhance workout engagement

DIMENSIONS

Materials: Carbon steel alloy, electronic display system

Step Size: 570 * 240 * 220mm

Product Size: 1400 * 750 * 2070mm

Package Size: 1350 * 950 * 1340mm

Net Weight: 201kg

Gross Weight: 221kg

Weight Capacity: 160kg

NOTE

a. Requires electrical connection; speed is controlled via on-screen buttons.

b. Product color may vary slightly due to lighting and screen differences

c. Allow 2–4 cm variation in measurements due to manual handling and production tolerances