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Model InSystem 002

Optical sorter

Up to 20

objects

per second

objects / sec

Up to 36

tons

per hour

The optical sorter increases throughput by automating separation and reducing manual work. It processes up to 36 tons of material per hour with consistent accuracy. The system uses precise air-jet separation based on adjustable sorting parameters and is suitable for recycling, mining, and food industries, adapting easily to different types of materials and production lines.

accuracy_icon
PURITY LEVELS
2d_3d_nir_camera_icon
Ai + NiR camera
fraction_size_icon
input size up
to 250 mm
Purchase price          —

from 85 000 €

Optical sorter sketch with description.

Detaled overview

Optical separator - air separation into two fractions.

High-speed
vision performance

Our optical sorter uses a high-speed camera with AI analysis that captures up to 100 frames per second, identifying each object in real time.

 

High resolution and fast exposure ensure accurate recognition of complex materials moving at up to 4 meters per second.

 

This precision allows the optical sorter to maintain consistent performance even during high-volume operation.

Fast response time icon.
5  SEC RESPOSE TIME
High material speed indicator.
4 METERS /
SEC
High speed fast exposition camera.
FAST EXPOSITION
inSystem dashboard showing real-time sorting analytics and material flow.

Cloud statistics

The optical sorter connects to a cloud platform that analyses real-time performance data from every line. Dashboards show sorting efficiency, purity, and throughput, allowing operators to monitor production remotely and detect issues early. AI updates and live statistics keep each sorter running at peak accuracy and uptime.

Bar chart showing real-time statistics icon.
Real time statistics
Remote connection icon.
REMOTE CONNECTION
AI chip showing fast update icon.
HIGH-SPEED
AI UPDATE
Cloud with signal lines icon.
CLOUD MONITORING

Dual-direction and flow optimisation

The optical sorter can be configured for upward or downward discharge, adapting to the plant layout and material flow.

Both installation options are available on request, providing flexibility for different optical sorting line designs.

Up and down separation

Up and down separation - depends on the sorting factory design.

Optical sorter separating clean and dirty materials into two outputs.
Optical sorter directing sorted materials into separate piles.

Up and down separation - depends on the sorting factory design. Both direction installation is possible on demand. Up and down separation - depends on the sorting factory design. Both direction installation is possible on demand.

Sketch showing a triangular conveyor separating light and heavy materials.

Triangular conveyor

The optical sorter uses a triangular conveyor that improves material flow and separation efficiency.

 

As mixed material moves over the angled section, lighter items lift and slide upward while heavier ones remain on the belt, ensuring steady and precise separation.

Arrows splitting to show material separation process.
separation
Material flow optimization icon.
FLOW OPTIMIZATION

Conveyor chain

Connecting multiple optical sorters in sequence maintains material flow and consistent throughput.

This configuration supports continuous sorting and helps use space efficiently within the production line.

Sketch of an optical sorter with conveyor and scanning unit.

Design and construction

The optical sorter is built for long operational life in industrial environments. Its modular steel frame allows quick alignment with conveyors or other sorting units, making installation straightforward. The reinforced support structure and high-strength conveyor belt maintain stability and precision under continuous load.

COMPONENT
material

Frame

Steel

Support structure

Steel, stone

Conveyor belt

High-strength rubber

Waste sorting line configuration.

Technical details

and specifications

The optical sorter includes a self-calibration system that maintains accuracy under changing operating conditions. Its control software enables remote monitoring and fine-tuning to keep performance stable over time. The design supports easy configuration for different material types and process requirements.

BASIC PARAMETRES

Capacity 20 000kg/h

Power consumption 4.5 kW

FRACTIONS

Up to 3 separate fractions

Input fraction size <150 mm

CONVEYOR

High-frequency technology

Conveyor speed 4-5 m/s

Camera

Highly precise 360 analysis

Parameters
Specification

Overall dimensions

4300х1100х1100 mm

Minimum and maximum size of sorted objects

0-250 mm

Power consumption

4,5 kW/h

Operating temperature range

from -20 to +50 °C

Weight

850 kg

Compressed

air requirements

8 bar, 2000 L/min

Place in sorting line

Interlocking concrete blocks.
Ballistic separator sketch showing material flow and waste output.
Optical sorter sketch showing conveyor, sensors, and waste separation.
Optical sorter sketch highlighting camera, airflow, and material detection.

Model InSystem 002

optical separator

up to 20

object

per second

up to 36

tons

per hour

The Optical Sorter - Line utilizes advanced AI technology for automatic material recognition, processing up to 100 frames per second. This high-speed system can handle up to 20 objects per second, sorting up to 36 tons per hour. The sorting is performed using high-pressure jets of compressed air, precisely separating materials based on customizable criteria.

Improved purity levels icon.
AI and NIR camera icon.
Input size icon.
PURITY LEVELS
ai + nir
camera
input size up
to 250 мм

From 85 000 €

up to 20

objects

per second

up to 36

tons

per hour

The optical sorter increases throughput by automating separation and reducing manual work. It processes up to 36 tons of material per hour with consistent accuracy. The system uses precise air-jet separation based on adjustable sorting parameters and is suitable for recycling, mining, and food industries, adapting easily to different types of materials and production lines.

Improved purity levels icon.
AI and NIR camera icon.
Input size icon.
PURITY LEVELS
Ai + NiR camera
input size up to 250 мм
Purchase price

from 85 000 €

Model InSystem 002

OPTICAL SORTER

Detaled review

High-speed
vision performance

Optical separator - air separation into two fractions.

Our optical sorter uses a high-speed camera with AI analysis that captures up to 100 frames per second, identifying each object in real time.

High resolution and fast exposure ensure accurate recognition of complex materials moving at up to 4 meters per second.

This precision allows the optical sorter to maintain consistent performance even during high-volume operation.

Fast response time icon.
5  SEC RESPOSE TIME
High material speed indicator.
4 METERS /
SEC
High speed fast exposition camera.
FAST EXPOSITION

Cloud statistics

inSystem dashboard showing real-time sorting analytics and material flow.

The optical sorter connects to a cloud platform that analyses real-time performance data from every line. Dashboards show sorting efficiency, purity, and throughput, allowing operators to monitor production remotely and detect issues early. AI updates and live statistics keep each sorter running at peak accuracy and uptime.

Bar chart showing real-time statistics icon.
REALTIME
STATISTICS
Wi-Fi symbol for remote connection icon.
REMOTE CONNECTION
AI chip showing fast update icon.
HIGH-SPEED
AI UPDATE
Cloud with signal lines icon.
CLOUD MONITORING

Up and down separation

Optical sorter directing sorted materials into separate piles.

The optical sorter can be configured for upward or downward discharge, adapting to the plant layout and material flow.

Optical sorter separating clean and dirty materials into two outputs.

Both installation options are available on request, providing flexibility for different optical sorting line designs.

Sketch showing a triangular conveyor separating light and heavy materials.

Triangular conveyor

The fracture on the conveyor enables efficient separation of light and heavy objects.
As the mixed flow passes over the angled section, lighter objects that were previously compressed within the stream are lifted and slide upward, separating naturally from the heavier ones.

Arrows splitting to show material separation process.
separation
Material flow optimization icon.
FLOW OPTIMIZATION

Triangular conveyor

Sketch showing a triangular conveyor separating light and heavy materials.

The optical sorter uses a triangular conveyor that improves material flow and separation efficiency.

As mixed material moves over the angled section, lighter items lift and slide upward while heavier ones remain on the belt, ensuring steady and precise separation.

Arrows splitting to show material separation process.
separation
Material flow optimization icon.
FLOW OPTIMIZATION
Optical separator - air separation into two fractions.

Ultimate speed camera

The high-speed camera and Ai provides up to 100 frames per second object analisys.

The high resolution and speed of capture ensure that even the most complex objects are examined in detail, providing reliable data for optimising production. 

Fast response time icon.
5  SEC RESPOSE TIME
High material speed indicator.
4 METERS /
SEC
High speed fast exposition camera.
FAST EXPOSITION

Statistics

inSystem dashboard showing real-time sorting analytics and material flow.

The high-speed camera and Ai provides up to 100 frames per secondobject analisys. The high resolution and speed of capture ensure that even the most complex objects are examined in detail, providing reliable data for optimising production.

Bar chart showing real-time statistics icon.
REALTIME
STATISTICS
Wi-Fi symbol for remote connection icon.
REMOTE CONNECTION
AI chip showing fast update icon.
HIGH-SPEED
AI UPDATE
Cloud with signal lines icon.
CLOUD MONITORING

Up and down separation

Up and down separation - depends on the sorting factory design.

Both direction installation is possible on demand.

Optical sorter directing sorted materials into separate piles.
Optical sorter separating clean and dirty materials into two outputs.

Сombining separators into a line maintains sorting speed, ensures continuous sorting, and saves space in the workroom.

Сombining separators into a line maintains sorting speed, ensures continuous sorting, and saves space in the workroom.

Conveyor chain

Connecting multiple optical sorters in sequence maintains material flow and consistent throughput. This configuration supports continuous sorting and helps use space efficiently within the production line.

Design and construction

This modular design allows for easy integration into existing production lines and can be configured in a series, with each unit sorting specific fractions and passing remaining materials to the next separator. The robust frame and adaptable support structure ensure stability and flexibility in various industrial settings. 

Sketch of an optical sorter with conveyor and scanning unit.
CONSTITUENT
MATERIAL

Frame

Steel

Support structure

Steel, stone

Conveyor belt

High-strength rubber

Technical details

and specifications

The optical sorter includes a self-calibration system that maintains accuracy under changing operating conditions. Its control software enables remote monitoring and fine-tuning to keep performance stable over time. The design supports easy configuration for different material types and process requirements.

BASIC PARAMETRES

Capacity

20 000 kg/h

Power consumption 4,5 kW

FRACTIONS

Up to 3

separate fractions

Input fraction size <150 mm

CONVEYOR

High-frequency technology

Conveyor speed

4 - 5 m/s

AUTOMATIC OIL SYSTEM

Highly precise

360 analysis

Parameters
Significance

Overall dimensions

4300х1100х

1100 mm

Minimum and maximum size

of sorted objects

0 - 250 mm

Power consumption

2,5 kW/h

Operating temperature range

from -20

to +50 °C

Weight

850 kg

Compressed

air requirements

8 bar,

2000 L/min

Technical details

and specifications

The Optical Sorter - Line features an advanced self-calibration system for optimal performance under varying conditions. Its proprietary software enables remote monitoring and real-time adjustments, while the modular design allows for easy customization to meet specific industry requirements without complete system replacement.

BASIC PARAMETRES

Capacity

36 000 kg/h

Power consumption

2.5 kW

FRACTIONS

Up to 1

separate fractions

Input fraction size <150 mm

CONVEYOR

High-frequency technology

Conveyor speed

4-5 m/s

CAMERA

Highly precise

360 analysis

Parameters
Significance

Overall dimensions

4300х1100х1100 mm

Minimum and maximum size

of sorted objects

0-250 mm

Power consumption

2,5 kW/h

Operating temperature range

from -20 to +50 °C

Weight

2500 kg

Compressed

air requirements

8 bar, 2000 L/min

Design and construction

The optical sorter is built for long operational life in industrial environments. Its modular steel frame allows quick alignment with conveyors or other sorting units, making installation straightforward. The reinforced support structure and high-strength conveyor belt maintain stability and precision under continuous load.

constituent
material

Frame

Steel

Support structure

Steel, stone

Conveyor belt

High-strength

rubber

Sketch of an optical sorter with conveyor and scanning unit.
Ballistic separator sketch showing material flow and waste output.
Optical sorter sketch showing conveyor, sensors, and waste separation.
Optical sorter sketch highlighting camera, airflow, and material detection.

Place in sorting line

Interlocking concrete blocks.

Place in sorting line

Interlocking concrete blocks.
Ballistic separator sketch showing material flow and waste output.
Optical sorter sketch showing conveyor, sensors, and waste separation.
Optical sorter sketch highlighting camera, airflow, and material detection.
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