Beyond the limit.

Smaller than the eye can see.

The new optical sorter OS f allows to clean small seeds at highest quality level where nowadays standard color sorters fail. The OS f is exclusively developed for fine seeds and exceeds the existing limits of sorting quality.

0 mm
sized seeds can be sorted
0 x
higher ejection resolution
0 Mio.
color combinations

Beyond the limit.

Smaller than the eye can see.

The new optical sorter OS f allows to clean small seeds at highest quality level where nowadays standard color sorters fail. The OS f is exclusively developed for fine seeds and exceeds the existing limits of sorting quality.

0 mm
sized seeds can be sorted
0 x
higher ejection resolution
0 Mio.
color combinations

Microzoom Technology.

Detects the smallest seeds.

With our specially developed µ zoom technology and a special ejection technique utilizing very small, extremely precise nozzles, we take seed quality to a new level.

Celery Seeds 0.3 g / 1000 seeds

User friendly design.

High quality components.

To provide you with the capacity you need for your processing line, two sizes are available. The color sorter OS f 1.6 for small capacities and the  the OS f 3.0 for large capacities.

User friendly design.

High quality components.

To provide you with the capacity you need for your processing line, two sizes are available. The color sorter OS f 1.6 for small capacities and the  the OS f 3.0 for large capacities.

Smallest nozzles.

Optimal ejection.

The new ejector-nozzle technology allows to sort small seeds down to 0.03 g / 1000 seeds. The precision on ejecting small seeds is therefore considerably higher. The high-speed valves eject bad objects precisely with a very small jet stream interval to achieve utmost separation of good and bad particles.

  • Higher Precision

  • Lower energy consumption

Smallest nozzles.

Optimal ejection.

The new ejector-nozzle technology allows to sort small seeds down to 0.03 g / 1000 seeds. The precision on ejecting small seeds is therefore considerably higher. The high-speed valves eject bad objects precisely with a very small jet stream interval to achieve utmost separation of good and bad particles.

  • Higher Precision

  • Lower energy consumption

TeachNSort Smart+

  • Full color inspection
  • Shape detection
  • Sophisticated object splitting
  • Kernel by kernel analysis
  • Machine learning; manual & mixed-mode teach-in
  • On the fly capacity measurement
  • Easy quality check of sorting parameters

TeachNSort Smart+

  • Full color inspection
  • Shape detection
  • Sophisticated object splitting
  • Kernel by kernel analysis
  • Machine learning; manual & mixed-mode teachin
  • On the fly capacity measurement
  • Easy quality check of sorting parameters

How does it work?

Because of the special feeding system, the seeds can be round and tumbling or flaky or arbitrarily shaped. This makes the sorting system applicable to an enormous range of products. The high-speed valves eject bad objects precisely to achieve utmost separation of good and bad particles.

How does it work?

Because of the special feeding system, the seeds can be round and tumbling or flaky or arbitrarily shaped. This makes the sorting system applicable to an enormous range of products. The high-speed valves eject bad objects precisely to achieve utmost separation of good and bad particles.

Application examples

Click on the images to reveal more details

Carrot

Lavender

Black Eyed Susan

Wild Lupine

Chamomile

Common Zinnia

Chives

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TECHNICAL DATA

OS f1.6 OS f3.0
Length mm 1 767 1 767
Width mm 820 820
Height mm 1 931 1 931
Sorting Width mm 160 300
Power consumption kVA 0.9 1.4
OS f1.6 OS f3.0
Length mm 1 767 1 767
Width mm 820 820
Height mm 1 931 1 931
Sorting Width mm 160 300
Power consumption kVA 0.9 1.4
Power supply 230 V AC, 50 Hz
Compressed air min. 0,15 m³ per min.* at 4 bar

* Estimates only, depend on product & contamination