The piston pump uses pneumatic force to drive reciprocating motions of the cylinder piston to draw the material to package into the pump body. The machine controls the valve and then dispenses the material into the Pouch filling Machine. It can be pure water or a viscous substance like gel, but it may also contain particles. The device can be used with a barrel with a stirring pad and the barrel may also have an electric heating pad installed to prevent the liquid from solidifying. Manually adjusting the piston’s advance depth will control the amount of material. A servomotor can also be used to regulate the volume. A touch screen is usually included with the packaging machine, which is often connected to a piston-pump. For materials that are viscous and have large particles, you can use a rotary motor.
Powder Auger Filler
A servomotor is used to control the speed and rotation of the screw. This allows the powder to flow into the filling channels like water. Powder packaging machines, particularly those that are designed for small-dose packaging of powders weighing between 5 and 5000 grams, can be controlled precisely by the rotation cycle of the screw. The volume of each screw pitch is the primary criterion of measurement accuracy for powder packaging machines. Pitch, outer diameter and bottom diameter of the screw blades, as well as the shape play an important role in packaging precision and speed.
Multihead Weigher
Scope of Application:
Suitable for bulk materials with a low target count, such as bell peppers, fruits, jelly, candies, and large-shell nuts. Please also refer to how multihead weigher works?
Key Features:
- Sensors with high precision and high standard, with resolution up to two decimal points.
- Support for multi-stage calibration and factory parameter restoration.
- Automatic pause when material is low for improved weighing stability.
- The user-friendly menu makes it easy to learn and operate. It stores 100 sets of parameters, allowing for different material requirements.
- Adjustment of the vibration amplitudes independently during operation is necessary for an even feed.
- Multi-language options to adapt to global markets, easy user interface.
Mechanical Characteristics and Product Features:
- There are two modes: counting and weighing, to suit different needs.
- Automatic adjustment of the vibration amplitude, ensuring adequate material feeding and improving weight accuracy.
- The MCU is dedicated to material judgment and amplitude controls, which improves the precision of the weighing.
- Photoelectric sensors control each vibratory feeder with a wide V-shaped line. This ensures uniform material distribution.
- Material thickness and feeding time can be precisely controlled by weighing the material.
- The cast aluminum reinforced base increases machine strength and reduces the stabilization time.
volumetric cup filler
If the material being measured or the quantity measured changes, it’s necessary to replace the measuring cups. To replace the measuring cup, it is necessary to equip the corresponding device with different measuring cups. A device that can adjust the volume of the measuring cup is used to overcome the limitations in cup replacement. The measuring cup consists of upper and lower cylindrical cylinders. Volume changes are made by adjusting their relative positions. The adjustment of the distance between the upper and the lower cylinders can be performed manually or automatically. Operators can manually adjust the measuring cup based on the changes detected in the measured values during the packaging process or variations in the material density. To better understand its operation, please refer to the volumetric filler.
Annular Filler
The operator inserts materials into circular cups on the workstation. The cups are arranged in a circular pattern on the workstation. A pneumatic piston pushes the material into the bag from the cup. This method is used to package items such as bread or eggs.
Shrinking Cup Filler
Bowls Elevator
This system is suitable for meat chunks in soups or snacks. The ingredients are manually weighed and then placed into a bowl. It is equipped with an independent motor and works in conjunction with a packaging machine. On activation, the bowl is lifted above the packaging machine. The contents are then released into the bag. The bowl is made from food-grade plastic or stainless steel and has a typical capacity of 1.5L to 2.5L.
Linear Weigher
Sticky Material Weighing Device
This system is characterized by a precision sensor that has high accuracy and rapid material dosing capability, as well as an effective defense against blocking. It is designed for products with low fluidity and irregular shapes, such as pickled mustard leaves, sauerkraut, and fresh seafood. The system has an intelligent alarming system that can identify problems quickly. The three-layer hopper design optimizes space and simplifies maintenance for the user. Included are a belt conveyor system, augers, and hopper scrapers to address the challenges of sticky materials. This design is enclosed in an aluminum shell that ensures stability and precision.