Inline Vibrating Screen

The Inline Vibrating Screen is a versatile, innovative screening machine specially designed by our company’s technical engineers for the industry. It features a redesigned structure and offers multiple options for adjusting the material’s travel path, significantly enhancing the equipment’s adaptability. It allows for direct material discharge and handles large processing volumes.

  • Model: SYM-600 / 800 / 1000 / 1200 / 1500 mm
  • Material: Stainless Steel 304 / 316
  • Mesh Size: 2 – 100 mesh
  • Layers: 1 – 2 layers
  • Motor Type: Single motor / Double motor
  • Capacity: 1 – 3 tons/hour
  • Customization: Available (size, voltage, mesh, structure, ultrasonic system upgrade)
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Introduction

The Inline Vibrating Screen is a high-efficiency industrial screening machine designed for continuous powder processing and impurity removal. It is widely used in food, chemical, pharmaceutical, and fine powder industries to ensure stable product quality and clean material separation.

This equipment features a compact inline structure that allows direct discharge of materials, improving production efficiency and making it easy to integrate into existing production lines. It is suitable for screening flour, starch, milk powder, chemical powders, and other fine or granular materials.

With flexible configuration options including single or double vibration motors, multiple mesh sizes, and 1–2 layer designs, the Inline Vibrating Screen can meet different capacity and precision requirements. The stainless steel structure ensures durability, hygiene, and compliance with industrial production standards.

It is an ideal solution for large-scale, continuous screening applications that require high efficiency, stable performance, and easy maintenance.

Inline Vibrating Screen – Working Principle

The Inline Vibrating Screen operates by using one or two vibration motors as the driving force to generate controlled vibration on the screen body. This vibration is transferred to the mesh surface, causing materials to move rapidly and evenly across the screen.

Under the effect of vibration, fine particles pass through the mesh quickly, while larger particles and impurities are continuously separated and discharged from the outlet. The inline structure allows materials to flow directly through the system, ensuring fast processing and high throughput.

During operation, the continuous vibration also helps reduce material buildup on the screen surface, providing a self-cleaning effect that minimizes mesh clogging. This ensures stable and efficient screening performance, even during long-term continuous production.

Industrial Flour Sifter Machine
Inline Sifter Machine
Inline Sifter Machine

Features

  • 1. It is easy to clean the interior and the exterior with no “Augean stables” left, and convenient for assembly & disassembly and maintenance. With simple and compact structure, it conforms to GMP standards.
  • 2. With fully-enclosed struture and low noise, it is environmentally friendly and can prevent dust from floating in the sky.
  • 3. Large-flow discharge hole is at the bottom, which is favorable for assembly line work.
  • 4. It is convenient to install and use the upper discharge hole, which can be adjusted within 360 degrees.
  • 5. With a large handling capacity, it can sieve accurately and save energy effectively.
  • 6. Because of the sieving rack’s new structure, the screen cloth is of high tension and long service life, and it is convenient for customers to change for a new one.
  • 7. It can work with a single layer or multiple layers, and do multil-evel sieving.
  • 8. It can work automatically and continuously for 24 hours.

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Application

The Inline Vibrating Screen is widely used in a variety of industrial powder processing and material separation applications, especially where high hygiene standards, consistent particle size control, and continuous production are required. It plays an important role in improving product quality, removing impurities, and ensuring smooth production flow across multiple industries.

Industrial Flour Sifter Machine
  • Flour processing plants
  • Food manufacturing industry
  • Starch and dairy powder processing
  • Chemical powder screening
  • Additives and fine powder production
  • Non-mineral powder grading and purification
Jiarui Inline Vibrating Screen

Inline Vibrating Screen – High-Efficiency Fine Powder Screening Solution

The Inline Vibrating Screen is a high-performance industrial screening system designed for continuous processing of fine powders and granular materials. It is especially suitable for applications requiring impurity removal, particle size classification, and stable large-capacity production in food, chemical, and fine powder industries.

Extremely Efficient & Continuous Operation

The system uses one or two high-performance vibration motors to generate stable inline vibration, enabling fast material flow across the screen surface. With high screening efficiency and low energy consumption, it supports continuous 24-hour operation while maintaining stable output quality.

High Capacity & Stable Performance

Optimized inline structure ensures smooth and uniform material distribution, preventing accumulation and improving throughput. The machine delivers consistent performance even when handling large volumes of fine or lightweight powders, making it ideal for industrial-scale production lines.

Precise Screening & Multi-Size Separation

The Inline Vibrating Screen supports multiple mesh sizes from coarse to fine screening, enabling accurate particle separation in one process. Optional single or double-layer configurations provide flexible grading options, ensuring consistent product quality and improved production efficiency.

Advanced Anti-Clogging & Material Handling

Equipped with optional anti-blocking systems such as ultrasonic units or bouncing balls, the machine effectively prevents mesh clogging caused by sticky or fine powders. It ensures smooth material flow, stable screening accuracy, and reduced downtime for maintenance.

Model & Configuration Options

Single-layer Inline Vibrating Screen (One Motor)
Single motor drive system, suitable for basic fine powder screening with stable and efficient performance.

Two-layer Inline Vibrating Screen (Two Motors)
Dual motor configuration for higher capacity and multi-stage separation, improving screening precision and efficiency.

Industrial Flour Sifter Machine

Customization Options

The Inline Vibrating Screen supports flexible customization to meet different production requirements:

  • Ultrasonic system upgrade available for anti-blocking and fine powder screening enhancement
  • Mesh size customization (based on material requirements)
  • Voltage and motor configuration customization
  • Stainless steel 304 / 316 material options
  • Single-layer or multi-layer structure design

Case

FAQs

A. The Inline Vibrating Screen is suitable for flour, starch, milk powder, chemical powders, additives, and other fine or granular materials. It is widely used in food, chemical, and non-mineral industries.

A. Single motor models are suitable for standard screening tasks with moderate capacity, while double motor models provide higher vibration strength, larger capacity, and improved screening efficiency.

A. Yes. Optional systems such as ultrasonic devices or bouncing balls can be added to prevent mesh blockage and improve screening efficiency for sticky or fine powders.

A. Yes. The equipment is designed for 24-hour continuous operation with stable performance, making it ideal for large-scale industrial production lines.

A. Yes. Mesh sizes can be customized from coarse to fine screening levels according to different material requirements and production goals.

A. Yes. The structure is compact and designed for easy disassembly and cleaning, which reduces maintenance time and ensures hygienic operation, especially for food-grade applications.

Get a Free Consultation

Fill out the form below to connect with our experts and receive personalized recommendations for your application.

  • Material Type
  • Material Size/Granulation
  • Required Screening/Conveying Capacity
  • Material Flow Rate
  • Moisture Content
  • Separation Requirements
  • Special Features or Customization Needs
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