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Automatic Horizontal Type Double Vacuum Pouch Filling Machine
The Automatic Horizontal Type Double Vacuum Pouch Filling Machine from Mic Machinery is designed for manufacturers seeking reliable, high-efficiency packaging for products that require vacuum sealing. Its horizontal structure and dual-pouch operation allow two bags to be processed during one working cycle, helping increase output while making effective use of production floor space. As an industrial pouch filling machine, it combines automated pouch handling, filling coordination, vacuum extraction, and sealing in one integrated system. The equipment is suitable for production environments where consistent packaging quality, reduced material waste, and stable operation are important. Its configuration can be selected according to product characteristics, pouch specifications, and the packaging requirements of different industries.
Stable Transmission and Consistent Performance
The machine adopts a single-shaft transmission structure combined with an intermittent-motion divider mechanism. This coordinated design supports faster packaging cycles and more stable movement between working stations. By reducing unnecessary mechanical complexity, it also simplifies routine maintenance and helps minimize packaging defects caused by inconsistent operation. The controlled movement of each station allows pouch positioning, product filling, vacuum processing, and sealing to follow a repeatable sequence. For manufacturers planning to expand production capacity, this structure provides a practical balance between operating speed, mechanical stability, and long-term equipment maintenance.
Automatic Pouch Handling and Vacuum Sealing
Designed for preformed pouches, the machine coordinates bag opening, filling, vacuum extraction, and final sealing through an automated process. The horizontal arrangement supports organized material transfer between stations, while the double-pouch design improves productivity by handling two bags in a single cycle. Vacuum processing helps remove air from the package before sealing, making the equipment suitable for products that require reduced residual air and secure package closure. Actual vacuum levels and packaging results depend on product properties, pouch materials, and process settings. With properly matched packaging materials and operating parameters, manufacturers can achieve neat package presentation, reliable seals, and consistent finished-product quality.
Modular Heating and Precise Temperature Control
The sealing system uses a modular heating design to improve temperature regulation and simplify maintenance. Independent heating modules support more precise control of the sealing temperature, helping operators establish suitable settings for different pouch materials and thicknesses. An integrated heating-failure alarm provides a warning when a heating problem is detected, allowing operators to investigate the issue before it affects a large batch of packages. Correct temperature, pressure, and sealing time are essential for producing secure, uniform seals. These adjustable parameters help the machine accommodate different packaging requirements while reducing the likelihood of leakage, incomplete sealing, or pouch damage caused by unsuitable settings.
PLC Control and User-Friendly Operation
The equipment is equipped with a PLC-based electrical control system and a touchscreen human-machine interface. Operators can monitor machine status, adjust available operating parameters, and coordinate the packaging sequence through a centralized control panel. The straightforward interface helps reduce the learning curve for production personnel and supports consistent operation across different shifts. Alarm functions can also assist with identifying operating abnormalities, depending on the machine configuration. For manufacturers integrating the equipment into an existing production line, control-system compatibility, safety interlocks, and communication requirements can be discussed with Mic Machinery during project planning.
Reduced Material Waste and Easier Maintenance
An optimized mechanical layout and coordinated operating sequence help reduce unnecessary pouch movement and packaging-material loss. Stable transmission, controlled heating, and repeatable sealing operations also contribute to consistent performance and can help extend the service life of key components when the machine is properly maintained. Routine tasks may include inspecting sealing surfaces, cleaning product-contact areas, checking transmission components, and verifying temperature-control performance. Operators should also monitor vacuum-system condition and replace worn parts according to the maintenance schedule. These practices help limit unplanned downtime, protect finished-product quality, and maintain dependable production over extended operating periods.
Applications and Packaging Customization
This equipment can be considered for food products, prepared ingredients, and other materials that benefit from vacuum packaging, provided the product and pouch specifications are compatible with the machine. As a specialized pouch filling machine, it can be configured around requirements such as pouch dimensions, filling volume, product characteristics, vacuum level, and sealing conditions. Before selecting a model, buyers should confirm whether the material is free-flowing, granular, particulate, or otherwise suitable for the proposed filling system. Mic Machinery can evaluate the intended application and recommend an appropriate configuration, including optional feeding or dosing equipment where required. Sample testing is advisable when packaging products with unusual shapes, moisture levels, or sealing requirements.
Why Choose Mic Machinery?
Mic Machinery focuses on practical equipment configurations that support efficient production, consistent packaging, and manageable maintenance. The dual-pouch working cycle, simplified transmission, modular heating, and PLC touchscreen control provide a coordinated solution for manufacturers looking to improve their packaging process. By selecting suitable pouch materials and matching the machine settings to the product, businesses can work toward stable output and professional package presentation. Contact Mic Machinery with your product details, target capacity, pouch dimensions, and vacuum requirements to discuss a suitable machine configuration for your production line.
The Automatic Horizontal Type Double Vacuum Pouch Filling Machine from Mic Machinery is designed for manufacturers seeking reliable, high-efficiency packaging for products that require vacuum sealing. Its horizontal structure and dual-pouch operation allow two bags to be processed during one working cycle, helping increase output while making effective use of production floor space. As an industrial pouch filling machine, it combines automated pouch handling, filling coordination, vacuum extraction, and sealing in one integrated system. The equipment is suitable for production environments where consistent packaging quality, reduced material waste, and stable operation are important. Its configuration can be selected according to product characteristics, pouch specifications, and the packaging requirements of different industries.
Stable Transmission and Consistent Performance
The machine adopts a single-shaft transmission structure combined with an intermittent-motion divider mechanism. This coordinated design supports faster packaging cycles and more stable movement between working stations. By reducing unnecessary mechanical complexity, it also simplifies routine maintenance and helps minimize packaging defects caused by inconsistent operation. The controlled movement of each station allows pouch positioning, product filling, vacuum processing, and sealing to follow a repeatable sequence. For manufacturers planning to expand production capacity, this structure provides a practical balance between operating speed, mechanical stability, and long-term equipment maintenance.
Automatic Pouch Handling and Vacuum Sealing
Designed for preformed pouches, the machine coordinates bag opening, filling, vacuum extraction, and final sealing through an automated process. The horizontal arrangement supports organized material transfer between stations, while the double-pouch design improves productivity by handling two bags in a single cycle. Vacuum processing helps remove air from the package before sealing, making the equipment suitable for products that require reduced residual air and secure package closure. Actual vacuum levels and packaging results depend on product properties, pouch materials, and process settings. With properly matched packaging materials and operating parameters, manufacturers can achieve neat package presentation, reliable seals, and consistent finished-product quality.
Modular Heating and Precise Temperature Control
The sealing system uses a modular heating design to improve temperature regulation and simplify maintenance. Independent heating modules support more precise control of the sealing temperature, helping operators establish suitable settings for different pouch materials and thicknesses. An integrated heating-failure alarm provides a warning when a heating problem is detected, allowing operators to investigate the issue before it affects a large batch of packages. Correct temperature, pressure, and sealing time are essential for producing secure, uniform seals. These adjustable parameters help the machine accommodate different packaging requirements while reducing the likelihood of leakage, incomplete sealing, or pouch damage caused by unsuitable settings.
PLC Control and User-Friendly Operation
The equipment is equipped with a PLC-based electrical control system and a touchscreen human-machine interface. Operators can monitor machine status, adjust available operating parameters, and coordinate the packaging sequence through a centralized control panel. The straightforward interface helps reduce the learning curve for production personnel and supports consistent operation across different shifts. Alarm functions can also assist with identifying operating abnormalities, depending on the machine configuration. For manufacturers integrating the equipment into an existing production line, control-system compatibility, safety interlocks, and communication requirements can be discussed with Mic Machinery during project planning.
Reduced Material Waste and Easier Maintenance
An optimized mechanical layout and coordinated operating sequence help reduce unnecessary pouch movement and packaging-material loss. Stable transmission, controlled heating, and repeatable sealing operations also contribute to consistent performance and can help extend the service life of key components when the machine is properly maintained. Routine tasks may include inspecting sealing surfaces, cleaning product-contact areas, checking transmission components, and verifying temperature-control performance. Operators should also monitor vacuum-system condition and replace worn parts according to the maintenance schedule. These practices help limit unplanned downtime, protect finished-product quality, and maintain dependable production over extended operating periods.
Applications and Packaging Customization
This equipment can be considered for food products, prepared ingredients, and other materials that benefit from vacuum packaging, provided the product and pouch specifications are compatible with the machine. As a specialized pouch filling machine, it can be configured around requirements such as pouch dimensions, filling volume, product characteristics, vacuum level, and sealing conditions. Before selecting a model, buyers should confirm whether the material is free-flowing, granular, particulate, or otherwise suitable for the proposed filling system. Mic Machinery can evaluate the intended application and recommend an appropriate configuration, including optional feeding or dosing equipment where required. Sample testing is advisable when packaging products with unusual shapes, moisture levels, or sealing requirements.
Why Choose Mic Machinery?
Mic Machinery focuses on practical equipment configurations that support efficient production, consistent packaging, and manageable maintenance. The dual-pouch working cycle, simplified transmission, modular heating, and PLC touchscreen control provide a coordinated solution for manufacturers looking to improve their packaging process. By selecting suitable pouch materials and matching the machine settings to the product, businesses can work toward stable output and professional package presentation. Contact Mic Machinery with your product details, target capacity, pouch dimensions, and vacuum requirements to discuss a suitable machine configuration for your production line.
|
Model |
100A |
130 |
160 |
|
Packing material |
Aluminum foil bag,four side seal bag,paper bag and other composite bag |
||
|
Bag Size |
Width:80-100mm Length:100-145mm |
Width:100-130mm Length:100-250mm |
Width:120-160mm Length:100-280mm |
|
Speed |
100bags/min |
90bags/min |
70bags/min |
|
Overall Dimension (L * W * H) |
2700*1300*1200mm |
3300*1300*1200mm |
3500*1300*1200mm |
|
Machine Weight |
2700kg |
||
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