Automated Teat Dipping and Backflushing Milking Unit
Automation in the milking parlor not only takes a lot of work off your hands, but also ensures consistent milking routines thanks to standardized processes. Consistently good dipping results and maximum hygiene ensure animal health and milk quality in the long term.
The ApolloMilkSystem automates two important timeconsuming work steps at the end of the milking process in order to keep udders healthy: the reliable and careful dipping of the teats after milking as well as the effective cleaning and disinfecting of the milking clusters between individual milkings.

Dipping in the liner – accurate and economical
- Optimal timing for dipping: Dipping takes place directly inside the teat cup while the cows teat is still stretched under vacuum. This ensures the dipping solution is applied at the ideal moment, when the teat skin is most receptive.
- Comprehensive teat protection: The dipping solution penetrates deeply into all folds and creases of the teat skin. The entire teat surface is evenly and thoroughly coated, leaving no area unprotected.
- Fresh and controlled dosing: The dipping solution is freshly provided for each application. The amount of solution can be individually adjusted and precisely controlled.
- Special dosing chamber for economical use: An innovative dosing chamber minimizes the consumption of dipping solution to only what is necessary. This saves costs and resources without compromising on protection.
- Consistent and reliable results: Automation eliminates errors and inconsistencies in the dipping process. This ensures consistently high udder health and reliable protection against infection.

Backflush – Reliable cluster disinfection
- Thorough removal of residues: After the dipping process, the milking cluster is removed and subjected to an intensive rinse. This step ensures that all residues from dipping solutions and milk are completely washed out of the cluster.
- Complete sanitization with disinfection solution: Following the rinse, the cluster is fully sanitized using a highly effective disinfection solution. This process targets and eliminates pathogens that may be present in the liners and milking cluster, providing a high level of hygiene before the next use.
- Reduction of pathogen transmission: By killing pathogens in the liners and cluster, the system significantly lowers the risk of spreading mastitis-causing bacteria from one cow to another during milking.
- Water saving technology: The cleaning cycles incorporate bursts of air, which help to reduce overall water consumption
- Improved milk quality and udder health: By ensuring that every milking cluster is clean and free from contaminants, the system supports higher milk quality and better udder health across the entire herd.
Efficiency and productivity in harmony
With the ApolloMilkSystem, you can count on a reliable and consistent dipping process every time. Automated dipping and disinfection eliminate manual, repetitive tasks, streamlining your milking routine and freeing up valuable time for udder preparation. This not only boosts efficiency and throughput in your milking parlor - even with fewer staff - but also ensures standardized procedures for improved milk quality and udder health. Experience easier, safer, and more productive milking with Apollo.

Liners for ApolloMilkSystem
The ApolloIQLiner is specially engineered for automated dipping and disinfecting cycles, ensuring optimal hygiene with every milking. GEA’s product range offers single-piece liners in various barrel and mouthpiece sizes, providing maximum flexibility and adaptability for all teat shapes and sizes.
Experience a gentle, secure fit and reliable performance - helping you maintain the highest standards of udder health and milk quality.

Teat Care & Cluster Cleaning Solutions
All teat dip options compatible with the ApolloMilkSystem have undergone extensive testing to ensure safety and effectiveness. The ApolloMilkSystem uses disinfection solution proven to prevent the spread of bacteria from cow to cow, thus improving the udder health of your cows.
With Apollo, you can trust in reliable protection and consistently high standards of milk quality.
Downloads
Related Products

Side-by-Side Parlor Global 90i
The Global 90i Side-by-Side milking parlor from GEA is setting the standards for comfort and convenience, for cows and milkers alike!

Vacuum Pumps for Milking Systems
A low and stable vacuum at the proper level to the teat is very important! GEA advanced technology is designed for animal-friendly milking with high milking yield.

Milking Parlor Accessory EGO Lifting Floor
The EGO lifting floor from GEA is a height-adjustable working area. By adjusting the working height, you relieve strain on your muscles and joints and make working on the milking parlor much easier.

Milking Control Units DeMax & DemaTron
Make the right choice for a better milk production of your dairy farm. The modular GEA milking control technology evaluates your data for precision livestock farming to control your processes.
GEA Insights

The breakthrough that changed spray drying
In 1976, NIRO engineers responded to a competitive challenge by rethinking what spray drying could do. Their idea became the multi-stage dryer MSD. Fifty years later, the same fundamental principle helps turn liquids into the powders used in essential nutrition products and important medicines around the world. Refined through decades of engineering expertise, customer insight and continuous development, MSD is a story of innovation with lasting impact.

Beyond the machine: unlocking better plant performance
An efficient machine does not automatically make an efficient factory. Real improvement often starts by looking beyond individual equipment and understanding how processes, energy systems and operating decisions affect one another. It’s a holistic approach designed to uncover opportunities that might otherwise be missed.

How a valve reshapes the way food and drinks are made
In food and beverage plants, valves are commonly operated using compressed air. GEA Hydract® Actuation Technology moves valves with water instead, in a closed, digitally controlled circuit. The result is a valve that can be held exactly in place and steered in fine-tuned steps. This results in lower energy use and greater control.
