Lat pulldown gym station FLEX04

with free weights

Summary
The Lat Pulldown with Bar is designed to deliver precise and effective back training with a smooth movement that supports controlled execution in every repetition. The unit follows the body's natural movement pattern to enable better engagement of the back muscles from first use.

Comfort and adjustment
Its adjustable configuration adapts to different users, providing a comfortable and stable position throughout the full range of motion. Seat and roller are made from high-density PU foam (130 kg/m³) with antibacterial upholstery for intensive use. Roller height is adjustable in 7 levels to ensure correct user adaptation.

Key technical details

• Frame manufactured from high-strength Q195 steel.
• Structural reinforcements at critical load points to increase rigidity, durability and safety.
• Optimized biomechanical design via seat and chest support adjustment systems for precise positioning and an efficient working angle.
• Bar with wide and close grips for comprehensive activation of the back muscles.
• Rubber-coated ergonomic triangular handles secured with black aluminum collars.
• Adjustment pin with threaded locking system ensuring secure and precise positioning.
• Includes two pairs of weight plate holders for loading.
• Mechanical components and fasteners selected to ensure reliable, long-lasting performance.
• PVC non-slip base supports to optimize floor fixation.

Dimensions and weight

• Length: 219 cm
• Width: 116 cm
• Height: 215 cm
• Weight: 147 kg
• Maximum load: 200 kg

Technical specifications

• Structure: Q195 high-strength steel.
• Upholstery: high-density PU 130 kg/m³, antibacterial.
• Adjustment: roller 7 levels; seat and chest support adjustable.
• Grips: bar with wide and close grips; rubber-coated ergonomic handles with aluminum collars.
• Fixing system: adjustment pin with threaded lock.
• Load: two pairs of plate holders; maximum load 200 kg.
• Dimensions: 219 x 116 x 215 cm.
• Net weight: 147 kg.
• Safety finishes: PVC non-slip bases and reinforcements at critical joints.