The quality of forklifts can be comprehensively evaluated through six core dimensions: high efficiency, low cost, high reliability, human-machine efficiency design, safety, and service convenience. The specific analysis is as follows:

1、 High efficiency: balance between speed and precision

High efficiency is not only reflected in driving, lifting, and lowering speed, but also requires streamlined operation actions and clear visibility. For example, human-machine engineering design can reduce the number of driver operations, decrease fatigue, and maintain stable efficiency during long-term work. Meanwhile, the precision of operations, such as fork positioning and stacking accuracy, directly affects the cycle time of operations and is a key indicator of efficiency.

2、 Low cost: Whole life cycle cost optimization

Low cost needs to be comprehensively considered from four aspects: procurement, maintenance, energy consumption, and labor

Procurement cost: High priced forklifts may reduce long-term shared costs due to their longer lifespan.

Maintenance cost: High quality forklifts have a low failure rate, long maintenance intervals, convenient replacement of parts, and can significantly reduce downtime and maintenance costs.

Energy consumption cost: Electric forklifts are more energy-efficient than internal combustion forklifts and have lower maintenance costs.

Labor cost: High efficiency forklifts can reduce the number of drivers and lower labor expenses.

3、 High reliability: dual guarantee of failure rate and durability

Reliability is the core indicator of forklift quality, including:

Power system: Diesel engines require strong power and low failure rates, while electric forklifts require long battery life and high charging efficiency.

Transmission system: Components such as gearbox and clutch need to be wear-resistant and impact resistant to reduce abnormal noise and wear.

Hydraulic system: The lifting and lowering of the gantry and fork should be smooth, and key components such as speed limiting valves and multi way valves should be reliable to avoid oil leakage or loss of control.

4、 Human Machine Efficiency Design: Comfort and Convenient Operation

Cab design: low noise, good vibration reduction, strong insulation effect, can reduce driver fatigue.

Visual field optimization: A well-designed visual field can improve operational accuracy and safety, and reduce the risk of accidents.

Convenient operation: The button layout is reasonable, and the handle strength is moderate, which can reduce the difficulty of operation and improve efficiency.

5、 Safety: Comprehensive protection for drivers and cargo

Structural safety: Components such as roof guards and machine covers must have high strength to prevent cargo from falling and injuring people.

Braking system: High braking sensitivity, short no-load braking distance, ensuring quick stopping in emergency situations.

Warning device: The volume of the reversing buzzer should meet the standard (such as ≥ 80 decibels) to remind surrounding personnel to pay attention to safety.

Protective measures: Forks should be equipped with anti slip devices to prevent goods from slipping off; Tires need to have explosion-proof function and adapt to complex working conditions.

6、 Service Convenience: Timeliness of Maintenance and Technical Support

Modular design: Modular control system can quickly diagnose faults and shorten maintenance time.

Accessory supply: Manufacturers need to provide sufficient original accessories to ensure maintenance efficiency.

After sales service: The technical support team needs to be professional, responsive, and able to provide remote diagnosis or on-site repair services.

The main equipment produced by Hebei Makita: stage electric hoist, electric chian hoist, wire rope electric hoist，Hand chain hoist, lever hoist, pneumatic hoist and other lifting equipment