Lakto-ak cluster designed for high yielding cows. Main target on design is minimizing the vacuum fluctuation at teat end, thus accomplished by large claw volume “490 cc” and large liner-claw connection diameter. The inner diameter of the connection to claw 14 mm transfers the milk from liner and the teat immediately to the claw in order to eliminate physical pumping of the milk back in to teat during massage phase.
Thanks to patent pending heterogenic design of the liner walls thus starts collapsing from teat top to teat end consecutively, just like hand milking or a suckling calf. Ergonomically designed claw fits perfectly in hand that helps milker for easy attachment or detachment of the cluster.
All these features helps for an easy, healthy milking; with the help of lakto-puls pulsators significant yield improvement and remarkable somatic cell count drop should be expected right after start using lakto-ak clusters.
Lakto-puls pulsator has a very simple design that can fit all brands. Provides perfect milking quality, doesn’t influenced by environmental temperature or vacuum level.
Due to indirect valve control by pilot valves, enables using low powered coils (only 0, 11 amps.) and design on cooling effect of the air intake on the coils prevents disorder on pulsation even on long runs due to overheating.
Lakto-puls2 can milk two clusters at a time for economical pulsation requirements.
Central pulsation controlling unit controls up to 16 pulsators. Pulsation rate and ratio can be adjusted according to farmer and animal needs and displayed on lcd display. Controller has cascade ability for reducing the vacuum fluctuation in the milking system due to pulsators.
The pulsation controller powered by external switch mode power supplier for protecting the pcb from voltage fluctuations that may happen at network.
It is completely hot dip galvanized. On the application area, it can be installed to the roof trusses with chain, easily. Polluted air is removed through the air corridor created inside the barn or in the milking parlor waiting area.
High capacity can be reached by low power consumption and low rpm. This low rpm (340 rpm) also decreases fan blade noise. It is located with intervals of 18-22 meters when min air speed is 3 meters/sec.
Fan performance table:
Motor power Blade angle Capacity
1, 1 kw 32º 77.300 m³/hour
1, 5 kw 36º 89.500 m³/hour
2, 2 kw 39º 98.000 m³/hour
3 kw 43 º 110.000 m³/hour
Portable manure pump that can be driven by a tractor or electrical motor equipped with a special rubber rotor. It is able to pump manure and liquids containing high dry matters up to 5 bars.
Type Drive type Pressure –
Max Capacity – approximately
G120t Power take off- pto 5 bars 70 m³/hour
G240t Power take off- pto 5 bars 140 m³/hour
G120e 7, 5 kw, 3x380 volts-50hz electric motor 3 bars 50 m³/hour
G120e 11 kw, 3x380 volts-50hz electric motor 3 bars 68 m³/hour
G240e 15 kw, 3x380 volts-50hz electric motor 3 bars 111 m³/hour
G240e 22 kw, 3x380 volts-50hz electric motor 3 bars 140 m³/hour
The stone catcher supplied as standard part of the pump protects the pump body and the rotors from the stone or metallic matters.
Lakto-pak jetters are designed for heavy duty conditions and for industrial parlors. Swinging mechanism prevents the jetter cups from dirt during milking.
Og cip automatic washing unit controls the entire milking system via preprogramed plc. Addition to og-cip1, the user can create own washing cycles, add or remove wash steps etc. Large lcd display shows every step during operation and settings.
Starting up the system is much easy as all the time settings can be entered by alpha-numeric key board. The service is very easy, all the services can be checked during milking, thus allows service man to provide maintenance to all out puts/services connected to og-cip2 during milking, this allows less time for technician for maintenance.
