SHUA SH-G8912 Converging Chest Press (89 Series Plate Loaded)
The SHUA SH-G8912 Converging Chest Press is a premium, full-commercial strength machine belonging to the elite 89 Series Plate Loaded line. It is specifically designed to provide a highly effective, biomechanically accurate motion for targeting the chest muscles (Pectoralis Major).
This machine utilizes a **converging movement** path, which mimics the natural movement of a dumbbell press by bringing the resistance arms closer together at the peak contraction. This specialised motion helps to maximise muscle fibre recruitment and deliver a superior training experience compared to standard chest press machines.
Key Features & Specifications
Category | Detail |
Product Type | Plate-Loaded Converging Chest Press |
Model Number | SH-G8912 |
Primary Muscles Trained | Pectoralis Major, Anterior Deltoids, Triceps |
Movement Type | Precision Converging Motion (Mimics free weight feel with machine stability) |
Construction/Frame | Heavy-duty Q235A steel frame (Main Frame: 125x75xT3.0 / 100x50xT3.0) |
Resistance | Plate-Loaded (Compatible with Olympic weight plates) |
Adjustability | One-hand Adjustment Seat and adjustable back pad for quick and easy positioning. |
Upholstery/Padding | Durable, easy-to-clean PU foam cushion (typically Black Bark Grain) |
Approx. Dimensions (L×W×H) | 1,435 mm × 1,750 mm × 2,090 mm (56.5 in × 68.9 in × 82.3 in) |
Color Scheme | Mainframe: Black Silver; Swing Arm: Orange |
User Benefits
- Maximised Muscle Activation: The converging path of motion ensures a deeper, more complete contraction of the chest muscles.
- Independent Resistance: Separate moving arms allow for balanced strength development, ensuring one side cannot compensate for the other.
- Commercial Durability: Built with oversized, heavy-duty steel to withstand intensive, high-traffic commercial gym use.
- Ergonomic Comfort: Easily adjustable seat and back pads, combined with comfortable PU foam, help users find the optimal starting position to maintain proper form and minimize joint strain.