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An incubation system with Zug bottles in rack is a device widely used in fish farming for the artificial incubation of fish eggs (carp, tilapia, catfish, salmonids, etc.).
Main Components
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Rack support
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Metal or PVC frame used to hold several bottles in parallel.
-
Usually inclined to facilitate water circulation.
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Zug bottles
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Glass or transparent plastic flasks, shaped like an inverted bottle.
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The narrow neck at the bottom allows water flow, while the wider part holds the eggs.
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Capacity ranges from 0.5 to 3 liters.
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-
Water supply
-
Water enters at the top of the rack and is distributed to each bottle.
-
Flow is adjustable with valves or pipettes.
-
The water must be clean, oxygenated, and temperature-controlled.
-
-
Water outlet
-
Water flows upward through the eggs, creating a gentle upward movement that keeps them in suspension without damage.
-
Water exits through an overflow or outlet tube.
-
Incubation System with Zug Bottles in Rack
An incubation system with Zug bottles in rack is a device widely used in fish farming for the artificial incubation of fish eggs (carp, tilapia, catfish, salmonids, etc.).
Main Components
-
Rack support
-
Metal or PVC frame used to hold several bottles in parallel.
-
Usually inclined to facilitate water circulation.
-
-
Zug bottles
-
Glass or transparent plastic flasks, shaped like an inverted bottle.
-
The narrow neck at the bottom allows water flow, while the wider part holds the eggs.
-
Capacity ranges from 0.5 to 3 liters.
-
-
Water supply
-
Water enters at the top of the rack and is distributed to each bottle.
-
Flow is adjustable with valves or pipettes.
-
The water must be clean, oxygenated, and temperature-controlled.
-
-
Water outlet
-
Water flows upward through the eggs, creating a gentle upward movement that keeps them in suspension without damage.
-
Water exits through an overflow or outlet tube.
-
€0.00
Tax included
Customized systems ready to use, complete with stainless steel frame, drainage gutter, and piping.
| Models | Reference | Info. | Capacity | Waterflowrate | Lenght - Width - Height (mm) | Weight(kg) |
| 1 | C0034500 | MC-III-SYSTEM - 3x | 120.000 | ~12 l/min. | 1050 - 510 - 1450 | 20 |
| 2 | C0034510 | MC-III-SYSTEM - 4x | 160.000 | ~16 l/min. | 1250 - 510 - 1450 | 24 |
| 3 | C0034520 | MC-III-SYSTEM - 6x | 240.000 | ~ 24 l/min. | 1650 - 510 - 1450 | 31 |
| 4 | C0034530 | MC-III-SYSTEM - 8x | 320.000 | ~ 32 l/min. | 2050 - 510 - 1450 | 39 |
| 5 | C0034540 | MC-III-SYSTEM - 10x | 400.000 | ~ 40 l/min. | 1450 - 1000 - 1450 | 33 |
| 6 | C0034550 | MC-III-SYSTEM - 12x | 480.000 | ~ 48 l/min. | 1650 - 1000 - 1450 | 37 |
| 7 | C0034560 | MC-III-SYSTEM - 16x | 640.000 | ~ 64 l/min. | 2050 - 1000 - 1450 | 46 |
| Autres dimensions et versions sur demande | ||||||
Operation
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Fertilized eggs are placed in the wider part of the bottle.
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Water flows from bottom to top, ensuring:
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Constant oxygenation of the eggs.
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Removal of metabolic waste and dead shells.
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Gentle agitation preventing eggs from sticking together.
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Once hatched, larvae are carried out with the water current and can be collected in a downstream tank.
Advantages
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High incubation density in limited space (several bottles per rack).
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High survival rate thanks to optimal oxygenation.
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Easy monitoring and handling (each bottle is independent).
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Reduced water consumption compared to traditional incubators.
C0034500