IRONBODY 45° Leg Press with Hex Squat

IRONBODY 45° Leg Press with Hex Squat

Take your lower body training to the next level with the IRONBODY 45° Leg Press with Hex Squat, a commercial-grade machine designed for serious strength development. Combining the benefits of a traditional 45-degree leg press and hack squat in a single compact unit, this machine delivers a complete lower-body workout while maximizing gym floor space.

Built with a heavy-duty steel frame and precision-engineered linear bearing system, the machine provides smooth, stable movement under heavy loads. The oversized anti-slip footplate allows multiple foot positions to effectively target the quadriceps, hamstrings, glutes, and calves, while the ergonomic back support ensures comfort during intense training sessions.

Whether you’re outfitting a commercial fitness center, strength training facility, or premium home gym, the IRONBODY 45° Leg Press with Hex Squat is engineered to withstand years of demanding use.

Key Features

• Dual-function Leg Press & Hex Squat design
• Heavy-duty commercial-grade steel construction
• Smooth linear bearing carriage system
• Large anti-slip diamond-pattern footplate
• Ergonomic high-density padding for maximum comfort
• Multiple safety lock positions
• Chrome-plated weight loading sleeves
• Suitable for beginners to advanced strength athletes
• Premium matte black powder-coated finish

Muscle Groups Targeted

• Quadriceps
• Hamstrings
• Glutes
• Calves
• Hip Stabilizers

Specifications

• Machine Type: 45° Leg Press with Hex Squat
• Frame Construction: Heavy-Duty Steel
• Finish: Premium Powder Coated
• Weight Loading: Plate Loaded
• Guide System: Linear Bearings
• Weight Sleeves: Chrome-Plated Olympic Size (50 mm)
• Footplate: Oversized Anti-Slip Design
• Usage: Commercial & Home Gym

Why Choose IRONBODY?

Designed for maximum durability, smooth performance, and biomechanically efficient movement patterns, the IRONBODY 45° Leg Press with Hex Squat is the perfect solution for building lower-body strength, power, and muscle mass.