Quantitative weighing machine

Quantitative weighing machineImprove production capacity, increase production efficiency, reduce downtime, and lower production costs, and are suitable for most weight detection applications.

Quantitative weighing machineThe driving components and weighing platform are separated, which is a sturdy and durable structure that lowers the center of gravity of the entire weighing scale, effectively preventing resonance between the weighing platform and the motor, and greatly improving weighing accuracy. The stable base and rigid frame ensure that there are no moving parts on the entire body, which will not enhance the vibration of the motor.

Due to the use of simplified design and standard industrial components, the maintenance and repair of the weighing scale are very convenient, with short downtime.

Sanitary Design

Convenient maintenance

Durable structure

high precision

Easy to operate

Capable of OEM integration

Spray code printing (can be connected to a spray code machine)

Online scanning (can be connected to a scanner)

Detection accuracy: ± 0.3g

Detection speed: 180 packs/minute

Detection size: Width less than 200MM, length less than 4000MM

Testing weight: less than 5000G, greater than 50G

Quantitative weighing machine

The packaging product belt weighing scale is mainly suitable for various types of food, pharmaceuticals, chemicals, beverages, plastics, cosmetics, rubber, etc.

How to ensure the accuracy of the dynamic weighing scale? Below are several methods introduced to you.

(1) Ensure the passing status of the detected object: As dynamic weighing scales are mainly used to weigh assembly line products, the flow state of the object during weighing has a significant impact on the accuracy of the dynamic weighing scale. Each test product needs to maintain sufficient distance to prevent overlapping dynamic weighing scales from weighing the product. Another thing is to ensure the stability of the product circulation assembly line table. If the table is unstable or uneven, the data measured by the dynamic weighing scale will also have errors.

(2) Improving measurement environment: Dynamic weighing scales usually measure more precise products, so it is important to note that changes in the environment under such precision conditions can have a significant impact on the accuracy of dynamic weighing scales. For example, the humidity and temperature of the surrounding air, as well as the flatness and radio dryness of the nearby ground, can all affect the accuracy of the dynamic weighing scale.

(3) Improving production technology: The accuracy control of dynamic weighing scales is mainly determined by internal sensors, and sometimes the quality of the sensors directly affects the quality of the dynamic weighing scales. Therefore, it is necessary to constantly choose suitable sensors to achieve more objective accuracy. The above are some methods to ensure the accuracy of dynamic weighing scales. In addition to the accuracy of its own equipment, a high-quality dynamic weighing scale also requires correct and standardized usage methods. Proper daily maintenance instructions are necessary to enable the dynamic weighing scale to play its due role.