Eeeza Aluminum Pilates Reformer – Lightweight Frame with 6-Spring Resistance & Ergonomic Box Set

The Eeeza Aluminum Reformer is a modern and efficient solution for at-home and studio Pilates training. Built from lightweight aluminum alloy, this sleek reformer balances durability, portability, and professional performance. With six high-tension springs, an ergonomic footboard, and a movable support box, it adapts effortlessly from beginner-friendly routines to high-intensity workouts.

Features

• Durable, Lightweight Material System
  • Aluminum Alloy Frame: Rigid yet lightweight for easy movement and lasting use
  • Stainless Steel Components: Rust-proof and wear-resistant to protect structural integrity
  • PU Leather Cushion: Soft, dense, and wrinkle-resistant with easy-to-clean surface
• 6-Spring Progressive Resistance System
  • Six tensioned springs allow gradual intensity changes
  • Ideal for Pilates control-focused training like leg extensions, core contractions, and upper-body resistance work
  • Adjustable configuration to suit beginners to experienced users
• Ergonomic Design for Comfort & Precision
  • Foot Pedal: Engineered for ankle alignment and stable motion control
  • Support Box: Movable and repositionable to fit various exercises (supine, side-lying, core focus)
• Optimized for Home or Studio Use
  • Length of 255cm fits users up to 190cm tall
  • Compact width (72cm) and height (78cm) make it suitable for apartments, bedrooms, or boutique studios
  • Efficient packaging (244 × 75 × 52cm) simplifies transport and storage
• Stable Frame for Confident Movement
  • Gross weight of 100kg ensures zero wobble or side-shift
  • Safe for repeated, high-frequency Pilates sessions

Dimensions & Details

• Materials: Aluminum alloy, PU leather, stainless steel, 6 springs, foot pedal, support box
• Product Size: 255 × 72 × 78cm
• Package Size: 244 × 75 × 52cm
• Gross Weight: 100kg

Notes

• Slight color variations may occur due to lighting and screens
• Please allow 2–4 cm difference due to manual measurement and manufacturing tolerances