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Linear Weigher Mixing Weighing Packaging System

Linear Weigher Mixing Weighing Packaging System

10 Head Linear Weigher Mixing Weighing System

2 in 1 mixing weighing system

The total weight of the formula: 5-400g

The distributed hoppers for 10 head linear weigher that is suitable for 2 materials are 5 hoppers (±1g) and 5 hoppers (±1g). Both materials are distributed in 5 hoppers with a control accuracy of ±1g; the formula weighing accuracy is well controlled.

3 in 1 mixing weighing system

The total weight of the formula: 5-600g

The distributed hoppers for 10 head linear weigher that is suitable for 3 materials are 4 hoppers (±1g), 3 hoppers (±1g) and 3 hoppers (±1g). One material is distributed in 4 hoppers with a control accuracy within ±1g; Other 2 materials are distributed in 3 hoppers with a control accuracy within ±1g. Formula weighing precision is well controlled.

4 in 1 mixing weighing system

The total weight of the formula: 5-800g

The distributed hoppers for 10 head linear weigher that is suitable for 4 materials are 3 hoppers (±1g), 3 hoppers (±1g), 2 hoppers (±1g) and 2 hoppers (±1g). Two materials are distributed in 3 hoppers with a control accuracy within ±1g; Other 2 materials are distributed in 2 hoppers with a control accuracy within ±1g. Formula weighing precision is well controlled.

5 in 1 mixing weighing system

The total weight of the formula: 5-1000g

The distributed hoppers for 10 head linear weigher that is suitable for 4 materials are 2 hoppers (±1g), 2 hoppers (±1g), 2 hoppers (±1g) and 2 hoppers (±1g). All 5 materials are distributed in 2 hoppers with a control accuracy within ±1g. Formula weighing precision is well controlled.

6 in 1 mixing weighing system

The total weight of the formula: 5-1200g

The distributed hoppers for 10 head linear weigher that is suitable for 6 materials are 2 hoppers (±1g), 2 hoppers (±1g), 2 hoppers (±1g), 1 hopper (±1g) and 1 hopper (±1g). 4 materials are distributed in 2 hoppers with a control accuracy within ±1g. Other 2 materials are distributed in 1 hopper with a control accuracy within ±1g. Formula weighing precision is well controlled.

7 in 1 mixing weighing system

The total weight of the formula: 5-1400g

The distributed hoppers for 10 head linear weigher that is suitable for 7 materials are 2 hoppers (±1g), 2 hoppers (±1g), 2 hoppers (±1g), 1 hopper (±1g), 1 hopper (±1g) and 1 hopper (±1g). 3 materials are distributed in 2 hoppers with a control accuracy within ±1g. Other 4 materials are distributed in 1 hopper with a control accuracy within ±1g. Formula weighing precision is well controlled.

8 in 1 mixing weighing system

The total weight of the formula: 5-1400g

The distributed hoppers for 10 head linear weigher that is suitable for 8 materials are 2 hoppers (±1g), 2 hoppers (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g) and 1 hopper (±1g). 3 materials are distributed in 2 hoppers with a control accuracy within ±1g. Other 4 materials are distributed in 1 hopper with a control accuracy within ±1g. Formula weighing precision is well controlled.

9 in 1 mixing weighing system

The total weight of the formula: 5-1400g

The distributed hoppers for 10 head linear weigher that is suitable for 9 materials are 2 hoppers (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g) and 1 hopper (±1g). 1 material is distributed in 2 hoppers with a control accuracy within ±1g. Other 8 materials are distributed in 1 hopper with a control accuracy within ±1g. Formula weighing precision is well controlled.

10 in 1 mixing weighing system

The total weight of the formula: 5-1400g.

The distributed hoppers for 10 head linear weigher that is suitable for 10 materials are 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g), 1 hopper (±1g) and 1 hopper (±1g). 1 material is distributed in 1 hopper with a control accuracy within ±1g. Formula weighing precision is well controlled.

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