Eeeza Foldable Aluminum Reformer Pilates Bed with 6-Spring Resistance & PU Leather Cushion

Transform your home into a professional Pilates studio with the Eeeza Foldable Aluminum Reformer—designed for space-conscious users who value strength, flexibility, and comfort. With its lightweight aluminum alloy frame, 6-level spring resistance, and ergonomic PU leather support system, this reformer is ideal for full-body core training, muscle toning, and posture improvement.

Features

• 6-Level Adjustable Spring Resistance: Six high-tension springs allow for progressive resistance, catering to both beginners and advanced users
• Lightweight Yet Rigid Frame: Crafted from aluminum alloy for a balance of easy mobility and structural strength
• Premium PU Leather Padding: Skin-friendly, durable, and easy to clean—designed to maintain comfort even during intense workouts
• Space-Saving Foldable Design: Folds down to half its full size for easy storage in apartments, bedrooms, or compact studios
• Ergonomic Support Box & Footbar: Includes an adjustable training box and non-slip footbar to ensure proper form and reduce joint pressure
• Multi-Position Compatibility: Supports a wide range of Pilates positions—supine, side-lying, dynamic leg and arm movements
• Max Load 150kg: Suitable for various users with enhanced weight-bearing capacity and stable structure

Dimensions & Details

• Material: Aluminum alloy frame, PU leather cushions, stainless steel parts
• Resistance System: 6 high-tension springs
• Unfolded Size: 249 × 68 × 68 cm
• Folded Size: 127 × 73 × 65 cm
• Package Size: 130 × 70 × 65 cm
• Gross Weight: 96 kg

Packaging & Delivery

• Ships in 1 box with protective padding
• Minimal assembly required (instructions included)

Care Instructions

• Wipe clean with a damp cloth after each session
• Avoid direct sunlight and store in a dry indoor environment
• Check spring tension regularly to ensure optimal performance

Notes

• Product color may slightly vary due to lighting and display differences
• Allow 2–4 cm size variation due to manual measurement or production tolerance