Description
1. Constructed from high-quality British-standard steel tubing (114 x 55 x 3mm thick) and high-precision welded pipes, the frame exudes a powerful and substantial aesthetic.
2. The product features a one-piece, integrally molded polyurethane foam cushion; its balanced firmness ensures a stable training trajectory while remaining comfortable and highly durable. The seat, backrest, and round pads are composed of high-density PU foam material upholstered in premium 1.2mm-thick leather, available in a variety of colors.
3. The seat adjustment mechanism utilizes a rubber-cradle locking system, offering a convenient, rapid, and highly secure method for positioning.
4. Manufacturing employs high-end international production processes—including laser cutting, automated robotic welding, and precision CNC machining—to execute tooling operations that meet the most advanced industry standards.
5. The sandblasting rust-removal process and electrostatic spraying technique work in tandem to ensure a superior finish. The paint application process involves an immersion-based pre-treatment, full-surface phosphating, and electrostatic powder coating; a specialized dual-layer coating process—including a protective glazed finish—is applied to guarantee both the aesthetic appeal and corrosion resistance of the equipment.
6. Guide Rods: φ20mm solid steel guide rods, treated with an anti-corrosion coating and polished to ensure smooth operation and prevent rust. Cables: Self-lubricating φ5.8mm steel cables are utilized for optimal performance.
7. Targeted Muscle Groups: Primarily targets the deltoid and trapezius muscle groups. After selecting an appropriate weight, the user engages the shoulder and upper arm muscles through an upward pressing motion of the handles.
8. Weight Plates: Constructed entirely from steel.
9. The design incorporates multiple grip positions—including a neutral grip—to accommodate the personalized needs and specific training postures of a diverse range of users.
Different seat adjustment positions meet the user's needs for different ranges of motion.
