Electric forklift starts smoothly and brakes softly, reducing operator fatigue

Smooth start design: Reduces initial fatigue during operation

Linear regulation of power output

The electric forklift adopts a linear power output design in the initial stage, and the power gradually increases with the operation command, without sudden movement or excessive force. The operator only needs to gently control the control device to make the forklift start smoothly, without frequent adjustment of the operation force to correct the body state, reducing the continuous tension of the hands and legs, and reducing fatigue from the beginning of the operation.

Optimization of the fit between chassis and suspension

In order to meet the needs of a smooth start, the chassis and suspension system of the electric forklift have been adapted and adjusted to effectively absorb the subtle vibrations at the start and maintain the stability of the body. During the starting process, the operator's body will not cause unnecessary muscle tightness due to the shaking of the body, further reducing the burden on the body and making the starting operation easier.

Brake softening mechanism: relieves post-operation pressure

Progressive braking system adjustment

The braking system of the electric forklift adopts progressive adjustment. When the operator operates the braking device, the braking force will gradually increase with the operating range, achieving gentle deceleration until it stops. This design avoids the body collapse caused by sudden braking, and the operator does not need to step on the braking device hard, reducing the instantaneous force on the feet and waist, and relieving muscle fatigue after long-term operation.

Humanized Design of Brake Feedback

The feedback force during the braking process has been humanized to ensure that the operator can clearly perceive the braking state, and will not cause discomfort to the hands or feet due to too strong feedback. The operator can calmly control the rhythm during braking, and there is no need to be nervous at all times to deal with sudden braking setbacks, which reduces mental fatigue.

Overall design collaboration: all-round reduction of operating fatigue

Simplified optimization of operating logic

The operation logic of starting and braking has been simplified, and the operator only needs to follow the natural operation habits to complete the action, without complicated operation steps or additional adjustments. This simplified design reduces the thinking burden of the brain, allowing the operator to focus more on the work itself and avoid mental fatigue caused by cumbersome operation.

Improved comfort for long-term operations

The design synergy of a smooth start and soft braking allows the operator to continuously reduce the tension in all parts of the body during long-term operation. Whether it is frequent start-stop operations or long-term continuous operation, it can effectively reduce muscle strain and mental fatigue, improve the overall operation comfort, and also help to improve the safety and efficiency of the operation.