Mechanical Components
1. Rotating Plate — 360° Swivel Base
The rotating plate serves as the primary swivel interface between the seat cushion and the vehicle floor mount. Engineered for controlled 360° rotation under specific operational conditions, it allows the seat to pivot smoothly to accommodate seating demands at various angles.
Typical applications include executive shuttle configurations where face-to-face seating improves communication, or family van layouts where rotating the seat toward the cabin interior creates a lounge-like environment during stationary periods. The rotation mechanism is designed with defined stop points and locking logic to ensure stability when the vehicle is in motion, while permitting free swivel when parked or under low-speed maneuvering conditions.
2. Electric Angle Adjustment — Multi-Axis Actuation
Multiple actuator options are available to achieve electrically adjustable angles across the seat structure. These motorized adjustment systems enable various electric modification functions, including backrest recline, seat cushion tilt, and leg rest articulation.
Each actuator is selected for low-noise operation and consistent torque delivery across the adjustment range. The modular design allows individual angle functions to be specified independently — a seat may be configured with electric recline only, or with a full suite of powered articulation points depending on the target vehicle segment and end-user requirements.
3. Electric Sliding Mechanism — Precision Rail System
The electric sliding mechanism provides targeted fore-and-aft displacement of the seat assembly as required. Mounted on precision-machined rails with motorized drive units, the system enables smooth, powered repositioning of the seat along a defined travel path.
This function is critical in multi-seat layouts where individual occupants need to optimize legroom, or in conversion van applications where the seat must slide forward to create cargo access or backward to maximize passenger space. The rail system is engineered for minimal vertical stack height to preserve headroom, while maintaining lateral rigidity to eliminate side-to-side play under dynamic vehicle loads.
4. Model Versatility — Configurable by Platform
With a wide variety of chair models available in our catalog, the mechanical component suite is designed for cross-platform adaptability. Specific dimensions, mounting patterns, motor specifications, and travel ranges can be discussed in detail online to align with your seat design and vehicle integration requirements.
This consultative approach ensures that the rotating plate, angle actuators, and sliding mechanism are specified as a coherent subsystem rather than individual parts — resulting in smoother installation, cleaner wiring routing, and unified control logic across the complete seat assembly.
For dimensional drawings, load ratings, and vehicle-specific integration guidance, contact us to discuss your project requirements.