The M20 mechanism is specifically designed for air pressure lifting systems, providing smooth and precise control over chassis height and tilt adjustments. This robust and versatile device is ideal for applications requiring adjustable elevation and controlled tilt angles, ensuring optimal ergonomics and functionality.
Structure and Components
The mechanism features three main handles, each responsible for a specific function to maximize user control and convenience:
Handle A: Responsible for the smooth vertical movement of the chassis. Users can easily raise or lower the chassis by adjusting Handle A, allowing for quick positioning according to the operational needs.
Handle B: This handle controls the chassis locking and releasing mechanism. With four distinct locking positions, Handle B provides a secure hold in various height settings, preventing unintended movement and enhancing safety.
Handle C: Handle C is designed for adjusting the tilt resistance. By rotating this handle, users can increase or decrease the force required to tilt the chassis, providing customized control over the tilt function to suit different applications.
Functionality
The M20 mechanism allows precise adjustment of the chassis height through pneumatic pressure control, ensuring smooth and effortless movement. The four-position locking system adds a layer of safety and stability, crucial for tasks requiring steady positioning. The tilt resistance adjustment enhances operational flexibility, with a maximum tilt angle of 16 degrees, suitable for ergonomic positioning and improved user comfort.
Technical Specifications
Type: Pneumatic lift mechanism
Locking Positions: 4 gears
Maximum Tilt Angle: 16 degrees
Control Handles: Handle A (lift), Handle B (lock/release), Handle C (tilt resistance)
Material: High-strength steel and durable components designed for long service life
Manufacturing Standard: Made in China with strict quality control
Applications
The M20 mechanism is widely used in various industries including office furniture, automotive platforms, manufacturing equipment, and medical devices. It is particularly suited for adjustable desks, chairs, and workstations where precise height and tilt control are essential for ergonomic design and operator comfort.