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Inphic Multi-Material Mixing Dispensing Structure

The Inphic Multi-Material Mixing Dispensing Structure is specially designed for a wide range of materials, including powders, granules, floral tea, tea leaves, and traditional Chinese herbs. The system allows flexible adjustment of dispensing trays to meet diverse product requirements, enabling clients to customize and control mixing ratios for precise packaging results.

For products requiring specific ratios, such as herbal formulas, braising packs, seasoning packs, instant blends, and flavoring powders, the volumetric cup mixing structure ensures stable and efficient dispensing. Each cup precisely controls dispensing volume to maintain consistent product ratios.

Key Features of the Granule and Powder Mixing Dispensing Equipment:

• Flexible Adjustment: Increase or decrease dispensing trays as needed to accommodate various material counts, meeting diverse packaging requirements.
• Accurate Measurement: The volumetric cup design ensures precise weight control for each dispense, minimizing errors and improving product consistency.
• High Efficiency: Rapid dispensing speeds greatly boost production efficiency, ideal for large-scale production.
• Ease of Operation: User-friendly operation reduces training time, allowing swift integration into production.
• Maintenance-Friendly: Designed for easy maintenance, reducing downtime and enhancing overall production line efficiency.

Inphic’s specialized packaging equipment offers flexible packaging solutions tailored to corporate clients' needs!

Choosing the Right Dispensing Structure for Sauce Packaging Machines

When selecting a suitable dispensing structure for sauce packaging machines, it's essential to consider the characteristics of the sauces, including viscosity, particle size, flowability, and packaging requirements. Below is an introduction to three types of dispensing structures: pneumatic, electric, and pneumatic liquid pumps, along with recommendations on how to choose the right packaging machine based on different sauce characteristics.

1. Pneumatic Dispensing Structure
   Applicable Characteristics:

   • Good Flowability: Suitable for sauces with high flowability, such as soy sauce and chili sauce.
   • Low to Medium Viscosity: Works well for sauces with lower viscosity, allowing for quick and uniform filling.
     Selection Recommendation: The pneumatic system utilizes compressed air to drive the dispensing process, making it ideal for production lines requiring high efficiency and quick changeovers.

2. Electric Dispensing Structure
   Applicable Characteristics:

   • High Viscosity: Suitable for thicker sauces like peanut butter and salad dressing.
   • Precise Control: Allows for accurate control over dispensing quantities, ideal for products that require strict measurement.
     Selection Recommendation: The electric system provides stable power, effectively handling the packaging needs of high-viscosity products and is suitable for production environments where multiple adjustments are necessary.

3. Pneumatic Liquid Pump
   Applicable Characteristics:

   • Versatility: Suitable for various viscosities, including sauces with particulates, such as fruit preserves, soy sauce, detergents, laundry detergents, and body wash.
   • Stability: Capable of handling foams and suspensions, reducing issues during the packaging process.
     Selection Recommendation: The pneumatic liquid pump system effectively manages different material properties, especially for sauces that contain particles or are prone to foaming, ensuring product integrity and quality during packaging.

By understanding the characteristics of the sauces and the advantages of each dispensing structure, you can make an informed decision that enhances the efficiency and quality of your packaging operations.

Summary

• For sauces with good flowability, the pneumatic dispensing structure is the ideal choice.
• High-viscosity sauces require an electric dispensing structure.
• The pneumatic liquid pump is suitable for sauces that need flexible handling of various material properties.

Choosing the most appropriate system based on specific needs can effectively enhance production efficiency and product quality.

Granule Counting Plate - Automatic Counting Dispensing Function Introduction

The automatic counting dispensing system of the granule counting plate is designed for various granule products, including hardware, components, candies, figurines, tablets, and snacks, effectively enhancing packaging efficiency and accuracy.

Precise Counting

The automatic counting system accurately calculates the number of granules dispensed each time, ensuring consistent product quantities per package and reducing errors caused by manual operations, thus lowering defect rates.

Fast Dispensing

The system features a high-speed dispensing capability, allowing for rapid packaging of large quantities of granule products, making it suitable for mass production needs and improving packaging efficiency.

Flexible Adaptation

The granule counting plate can adjust its dispensing mode according to the characteristics of different granules, accommodating a variety of products, including various sizes of hardware components, different types of candies, figurines, and tablets to meet diverse customer demands.

Easy Operation

The automated design and user-friendly control panel eliminate complicated operating procedures, enabling operators to quickly get up to speed.

Intelligent Management

Equipped with an intelligent control system, the device monitors dispensing status and product quantities in real time, providing immediate feedback. It can also connect with production management systems for data sharing and analysis, optimizing the production process.

How to Choose the Dispensing Structure for Powder Packaging Machines?

The selection of the most suitable dispensing structure for powder packaging machines should be based on the characteristics of different powders, such as viscosity, flowability, particle size, and packaging requirements. Below is an introduction to three main dispensing structures, along with suggestions on how to choose based on powder characteristics.

1. Vertical Auger Dispensing Structure

• Suitable Characteristics:
  • Medium to High Viscosity Powders: Such as dairy powder, coffee powder, and seasoning powder, as the vertical auger design provides a stable dispensing speed.
  • Poor Flowability Powders: Effectively addresses issues related to insufficient powder flow.
• Selection Recommendation: The vertical auger is suitable for powders with higher viscosity or finer particles, ensuring consistent weight for each dispensing and reducing errors during the packaging process.

2. Horizontal Auger Dispensing Structure

• Suitable Characteristics:
  • Low to Medium Viscosity Powders: Such as powdered sugar, milk powder, and spices, due to their good flowability, allowing for stable output.
  • Uniform Particle Size Powders: Capable of quickly and effectively handling powders with relatively uniform particles.
• Selection Recommendation: The horizontal auger is very suitable for products with good flowability, increasing dispensing speed and making it ideal for large-scale production.

3. Oscillating Dispensing Structure

• Suitable Characteristics:
  • Non-Uniform Particle Size or Easily Piled Powders: Such as traditional Chinese medicine powder and certain spices, as the dispensing method can reduce clogging issues.
  • Powders with Some Stickiness: Can flexibly handle products with poor flowability.
• Selection Recommendation: The oscillating dispensing structure is very suitable for handling a variety of powder characteristics, especially powders with uneven particles or fibrous materials that are prone to piling, providing stable and reliable dispensing performance.
  
  

  Summary

  When choosing the dispensing structure for powder packaging machines, decisions should be made based on the characteristics of the powders:

• Vertical Auger: Suitable for medium to high viscosity or poorly flowing powders, ensuring accurate measurement.
• Horizontal Auger: Ideal for low to medium viscosity powders with good flowability, enhancing packaging efficiency.
• Oscillating Dispensing: Suitable for uneven particle sizes and powders prone to piling, allowing for flexible handling of various materials.

• Polyester Aluminum Coated Film (PET)
  Characteristics:

  • Transparency: PET aluminum coated film has good transparency, providing an excellent visual effect, making it suitable for showcasing products.
  • Barrier Properties: The aluminum layer offers excellent gas and water vapor barrier performance, effectively extending the shelf life of products.
  • Flexibility: It has a certain degree of flexibility and tear resistance, facilitating processing and packaging.
  • Lightweight: Compared to aluminum foil, PET aluminum coated film is relatively lightweight, helping to reduce transportation costs.
    Selection Recommendation: PET aluminum coated film is suitable for packaging where transparency is required, such as food, pharmaceuticals, and cosmetics. It can be chosen when both aesthetic appeal and product protection are needed.

• Aluminum Foil Film (AL)
  Characteristics:

  • Excellent Barrier Properties: Aluminum foil film provides outstanding barrier performance against light, oxygen, and water vapor, offering better product protection, especially for items that require long-term preservation.
  • Heat Resistance: Aluminum foil film can withstand high temperatures, making it suitable for heat-sealed packaging and high-temperature sterilization applications.
  • Opaque: Completely opaque, effectively preventing light from affecting sensitive products.
  • High Strength: Aluminum foil film has high strength and toughness, making it suitable for various packaging needs.
    
    Selection Recommendation: Aluminum foil film is suitable for products that require extremely high preservation, such as coffee, dried fruits, and pharmaceuticals. When products need to be completely isolated from light and oxygen, aluminum foil film is the best choice.

AI Intelligent Alignment Machine - Applicable Packaging Range

Inphic's AI Intelligent Alignment Machine is designed to meet diverse packaging needs, featuring flexible material compatibility and the ability to adapt to various packaging forms, ensuring that it can accommodate the packaging requirements of different products. Below are the main features and applicable ranges of this equipment:

1. Product Compatibility
   One System Supports All: The AI Intelligent Alignment Machine is equipped with an efficient parameter setting function for material appearance, enabling seamless compatibility with various products for quick production switching. Whether it’s different colors, shapes, or sizes, packaging can be accomplished on a single machine, significantly enhancing production efficiency.

2. Compatible Packaging Forms
   Diverse Packaging Options: This machine supports multiple packaging forms, including:

   • Three-side seal
   • Four-side seal
   • Eight-side seal
   • Stand-up pouch
   • Zipper pouch
   • Back-seal pouch
   • Irregular pouch
     Flexible Applications: The compatibility with these common bag types allows the AI Intelligent Alignment Machine to be widely used across various industries, such as food, cosmetics, pharmaceuticals, etc., meeting different market demands.

3. Soft Bag Compatibility Parameters
   Parameter Range:

   • Length: Adjustable range from 5 to 18 cm, suitable for small to medium-sized product packaging.
   • Thickness: Supports bag material thickness from 0.1 to 2 cm, accommodating various material packaging needs.
   • Weight: Suitable for packaging weight ranging from 2 to 200 g, fulfilling the packaging requirements of a wide range of products.

Summary
Inphic's AI Intelligent Alignment Machine offers exceptional compatibility and a variety of packaging forms, providing efficient and flexible solutions for product packaging across various industries. Whether addressing the automation needs of production lines or adapting to rapid market changes, this equipment delivers significant benefits and competitive advantages to enterprises through its advanced technology.