Linear Vibrating Screen

Linear vibrating screen with 1–6 decks for precise classification of powders and granules. LZS models with indicative capacities from 0.3 to 10 t/h.

Reference models LZS-520, LZS-1020, LZS-1530 and LZS-2040
Screening area 500 × 2000 to 2000 × 4000 mm
Indicative capacity 0.3–10 t/h
Power 0.75–3.7 kW depending on model
Number of decks 1–6
Simultaneous classification 2–6 fractions
Available materials carbon steel, SS304 or SS316L
Noise level below 75 dB
Drive two vibration motors
Final configuration according to material, moisture, screen opening and capacity.
Linear Vibrating Screen
Configurable industrial equipment

Material control before the next process

Linear vibrating screen with 1–6 decks for precise classification of powders and granules. LZS models with indicative capacities from 0.3 to 10 t/h.

The auxiliary equipment stabilizes the flow, separates fractions or stores the product so the main line runs continuously and in order.

Vibrating Screen lineal for industrial processing
Linear vibrating screen — reference configuration

How it integrates into production

1Product inlet
2Separation or storage
3Flow control
4Discharge to process

Reference specifications

Reference modelsLZS-520, LZS-1020, LZS-1530 and LZS-2040
Screening area500 × 2000 to 2000 × 4000 mm
Indicative capacity0,3–10 t/h
Power0.75–3.7 kW depending on model
Number of decks1–6
Simultaneous classification2–6 fractions
Available materialscarbon steel, SS304 or SS316L
Noise levelbelow 75 dB
Drivetwo vibration motors
Final configurationaccording to material, moisture, screen opening and capacity.

Actual capacity depends on the material properties, particle size, moisture and working conditions.

Recommended applications

  • Food lines
  • Chemical and pharmaceutical processes
  • Minerals, fertilizers and feed

Data needed to select the model

  • Material and bulk density
  • Input size and required output
  • Capacity per hour or per batch
  • Electrical supply and cleaning requirements

Selection and configuration table

Selection itemRecommended configuration
Usable capacityAccording to flow rate and retention time
Separation or dischargeScreen, valve or feeder
InstrumentationLevel, weight or optional flow control
Contact materialCarbon steel, SUS304 or SUS316L

Specific equipment data

Configurable industrial equipment

Material control before the next process

Linear vibrating screen with 1–6 decks for precise classification of powders and granules. LZS models with indicative capacities from 0.3 to 10 t/h.

The auxiliary equipment stabilizes the flow, separates fractions or stores the product so the main line runs continuously and in order.

Vibrating Screen lineal for industrial processing
Linear vibrating screen — reference configuration

How it integrates into production

1Product inlet
2Separation or storage
3Flow control
4Discharge to process

Reference specifications

Reference modelsLZS-520, LZS-1020, LZS-1530 and LZS-2040
Screening area500 × 2000 to 2000 × 4000 mm
Indicative capacity0,3–10 t/h
Power0.75–3.7 kW depending on model
Number of decks1–6
Simultaneous classification2–6 fractions
Available materialscarbon steel, SS304 or SS316L
Noise levelbelow 75 dB
Drivetwo vibration motors
Final configurationaccording to material, moisture, screen opening and capacity.

Actual capacity depends on the material properties, particle size, moisture and working conditions.

Recommended applications

  • Food lines
  • Chemical and pharmaceutical processes
  • Minerals, fertilizers and feed

Data needed to select the model

  • Material and bulk density
  • Input size and required output
  • Capacity per hour or per batch
  • Electrical supply and cleaning requirements

Specific equipment data

What is a linear vibrating screen?

A linear vibrating screen is a high-efficiency unit for precisely separating and classifying powders, granules and small bulk materials. Two vibration motors drive the screen with a reciprocating linear motion, classifying particles and removing off-size impurities.

It can work in dry or wet screening operations and is used in the food, chemical, metallurgical, pharmaceutical and construction materials industries.

Function within the production line

A typical flow is:

Crushing → Conveying → Linear vibrating screen → Mixing or packaging

  • Separates material by particle size.
  • Removes particles that are too large or too fine.
  • Improves uniformity before mixing, dosing or final delivery.

Main functions

  • Precise classification: multi-deck configurations yield 2 to 6 fractions simultaneously.
  • High screening efficiency: stable vibration moves material quickly across the screening surface.
  • Adjustable parameters: amplitude, frequency and inclination can be adapted to the material and production goal.
  • Low consumption and noise: the published noise level is below 75 dB.
  • Easy cleaning: the quick-release system makes screen changes and cleaning between products easy.

Available configurations

ConfigurationDecksMaterialDischargeApplication
Standard1–3Carbon steelOne outletChemicals and mining
Food grade1–4SS304 / SS316LMultiple outletsFood and pharmacy
Closed and dust-proof1–5SS304Two outletsPowder processing

Applications

  • Food: starch, flour, sugar, milk powder and powdered coffee.
  • Chemical industry: resins, pigments, plastic granules and fertilizers.
  • Metallurgy and mining: sand, quartz and metal powders.
  • Pharmaceutical industry: medicinal powders and granules.
  • Construction materials: cement, lime and ceramic powders.

Product advantages

  • Linear vibration path for uniform, repeatable separation.
  • Single- or multi-deck design for different classification requirements.
  • Fully enclosed construction available to prevent dust leakage.
  • Robust construction in carbon steel or stainless steel.
  • Optional anti-clogging devices and frequency control.
  • Easy integration with conveyors, elevators and automatic lines.

Reference technical specifications

ModelScreening areaPowerIndicated materialIndicative capacityTypical application
LZS-520500 × 2000 mm0,75 kWCarbon steel0,3–1 t/hFood and chemicals
LZS-10201000 × 2000 mm1,1 kWSS3041–3 t/hStarch and flour
LZS-15301500 × 3000 mm2,2 kWSS3043–6 t/hPowder processing
LZS-20402000 × 4000 mm3,7 kWSS316L5–10 t/hChemical industry and mining

Actual capacity depends on bulk density, moisture, screen opening, number of decks and material flow characteristics. The final selection must be confirmed with product data or a screening test.

Configuration adapted to your process

We can adjust contact materials, capacity, dimensions, feeding, discharge and auxiliary equipment. Send a sample or process data to confirm the selection.

Request configuration and pricing

Configuration adapted to your process

We can adjust contact materials, capacity, dimensions, feeding, discharge and auxiliary equipment. Send a sample or process data to confirm the selection.

Request configuration and pricing

Frequently asked questions about the Linear Vibrating Screen

How is the right Linear Vibrating Screen model selected?

We need to know the material, bulk density, moisture, initial and final size, capacity, working hours and electrical supply. With this data we recommend the model and auxiliary equipment.

Can the Linear Vibrating Screen be customized?

Yes. Dimensions, screen, capacity, discharge, sensors and connections can be adapted to the existing line.

What manufacturing materials are available?

We normally offer carbon steel, SUS304 stainless steel and, for more demanding processes, SUS316L. The selection depends on corrosion, hygiene, abrasion and budget.

Is it easy to clean and maintain?

The design can include access points, brush cleaning, spraying or polished surfaces depending on the equipment function.

Can it be integrated into an automatic line?

Yes. It can be connected with feeding, conveying, mixing, screening, dust collection, PLC control and packaging according to the production flow.

Can a test be run with my material?

When the project requires it, we recommend a material test to confirm capacity, process results and configuration before manufacturing the final equipment.