ANATOMY FITNESS FLEXORA CABLE CROSS

The Anatomy Fitness FLEXORA Cable Crossover is a professional-grade strength training station engineered for maximum versatility in commercial gyms and premium home fitness setups. Designed to train the entire body, it effectively targets the chest, shoulders, arms, back, core, and lower body through a wide range of functional and isolation movements. From high-to-low chest flys to advanced single-arm training, this cable crossover delivers smooth, consistent resistance that supports strength building, muscle definition, and athletic performance.

Built with a heavy-duty iron steel frame featuring a 2.5 mm (0.09") thickness, the FLEXORA Cable Crossover ensures exceptional stability, durability, and long-term performance even under continuous heavy usage. It is equipped with a precision cable system using 0.25" nylon-coated aircraft cables rated at 2820 lbs (1300 kg), ensuring safe and reliable operation. The system is further enhanced with aluminium pulleys covered in black grain protective coating, delivering ultra-smooth, quiet movement while reducing friction and extending cable lifespan.

This machine is designed for versatile training performance with dual independent 235 lbs weight stacks, allowing users to perform both bilateral and unilateral exercises effectively. It supports dynamic resistance training with a 2:1 ratio when using both cables for increased range of motion, and a 1:1 ratio when using a single cable for direct resistance. The rotating pulley system with full height and angle adjustment allows users to customize exercises for any training goal, making it suitable for strength training, functional fitness, and rehabilitation programs. The machine also includes a complete accessory set with tricep ropes, nylon handles, ankle cuffs, lat pulldown bar, and row handles, providing full workout flexibility in one system.

Despite its powerful capabilities, the FLEXORA Cable Crossover maintains a space-efficient footprint, making it ideal for gyms that want maximum training variety without occupying excessive floor space.

Technical Specifications