Description
Features:
A silicone filling machine is a type of equipment used to fill containers with silicone materials, such as sealants, adhesives, gels, and pastes.
These machines can be automated or semi-automated and are designed to fill containers of different shapes and sizes.
The key working process of a silicone filling machine involves several steps:
1.Material Preparation: The silicone material is loaded into the hopper or reservoir of the filling machine.
2.Container Preparation: The containers to be filled are positioned under the filling head or nozzle.
3.Metering and Dispensing: The metering system controls the amount of silicone material to be dispensed into each container. The material is then dispensed through the nozzle or filling head into the containers.
4.Leveling and Air Release: The filled containers may go through a leveling and air release process to ensure the material is evenly distributed and any air bubbles are removed.
5.Capping and Sealing: After filling, the containers may be capped or sealed, depending on the product requirements.
6.Labeling and Packaging: The filled and sealed containers may then be labeled and packaged for distribution.
The specific working process may vary depending on the type of silicone filling machine and the product being filled. However, the general steps outlined above are common to most silicone filling machines.
Some features of silicone filling machines include:
1.Hopper or Reservoir: A hopper or reservoir to store the silicone material to be dispensed into the containers.
2.Metering System: A metering system to control the amount of material to be dispensed into each container.
3.Filling Head or Nozzle: A filling head or nozzle to dispense the silicone material into the containers.
4.Leveling and Air Release: Some machines may have a leveling and air release system to ensure the material is evenly distributed and any air bubbles are removed.
5.Capping and Sealing: Some machines may also include a capping or sealing system to cap or seal the filled containers.
6.Programmable Controls: Many silicone filling machines feature programmable controls, allowing for precise and repeatable filling processes.
7.Multiple Filling Heads: Some machines may have multiple filling heads or nozzles to fill multiple containers simultaneously, increasing production efficiency.
8.Easy to Clean: Many silicone filling machines are designed for easy cleaning and maintenance.
9.Safety Features: Many machines include safety features such as interlocks and emergency stop buttons to ensure safe operation.
10.Versatility: Silicone filling machines can handle a wide range of silicone materials and container shapes and sizes, making them versatile for various applications.
Overall, the features of silicone filling machines are designed to ensure accurate, efficient, and consistent filling of containers with silicone materials.
PARAMETER:
CONFIGURATIONM:
Type |
RJ-1/RJ-1A |
Power Supply |
380V/50HZ &220V |
Air Supply |
0.6-0.8 MPa |
Air Consume |
<0. 3m 3/min |
Filling Volume |
MAX 600ml |
Volume Precision |
≤± 0.5℅ |
Productivity |
10~25pcs/min |
Tube Diameters |
¢ 44mm/¢ 46mmm/¢ 48mm |
Dimensions (L × W × H) |
1950× 1150*1950 |
Weight(kg) |
650KG |
Product name | Model Specifications |
Controller | DVP-40EH00T3 |
Servo motor | ECMA-F11830RS |
Servo motor | ECMA-E21315RS |
Touch screen | DOP-B07S515 |
Temperature control module | DTC100V |
Inverter | VFD007EL43A |
Encoder | TRD-2T1000BF |
Photoelectric switch | EZ3-D62 |
Proximity switch | IM12-04NNS-ZW1 |
Relay | RU2S-D24 |
Switching power supply | NES-100-24 |
Cylinder | SC40*75S |
Cylinder | ACQ40*20 |
Cylinder | ACQ40*25 |
Cylinder | MI25*10 |
Cylinder | MI25*30U |
Cylinder | SCJ32*50-30S |
Cylinder | MI10*20 |
The electromagnetic valve | 4V210 D24 |