™AktivPULS for robotic systems
™AktivPULS for robotic farms
An optimally functioning milking machine and effective milking technique are essential elements for maintaining good udder health. Using the right products is therefore crucial for ensuring good teat quality.
What is key to optimal udder care in Automated Milking Systems?
Teat-end abnormalities such as callousing, swelling or discoloration are often linked to milking equipment settings or liner choice. Regular evaluation of machine performance and liners is essential to protect udder health and maintain milk production.
The effects of ™AktivPULS
Optimal uddercare
The ™AktivPULS technology is available for Lely, SAC, RoboMax, Fullwood and DeLaval robots. The cows are milked naturally, similar to how a calf drinks from its mother cow. This unique milking system causes no vacuum teat stress during milking, the cow is completely relaxed and the teat lock holes close quickly after milking, eliminating any additional risk of bacterial entry and lock hole damage.
The positive effects of commissioning ™AktivPULS are:
- No stress, more milk
- Faster and above all better milking
- Optimal udder health
- Healthy, well-circulated, soft and dry teats
- No teat-end damage
- Durable and animal-friendly
- Effective and natural massage
- Maintenance-free, long lifetime
Optimal milking speed
™AktivPULS liners feature patented SSC technology, which stands for Silicon-Pro, Smart-Air and Controlled-massage
Silicon-Pro are the specially developed silicone liners, with an extra long lifetime of up to 8000 milkings and excellent cleaning properties compared to traditional rubber liners
Smart-Air is the intelligent valve which is part of the liner design. This valve in combination with the air channel built into the liner, ensures that during milking, every time between the resting and milking phases, air is transported from outside to inside and released around the teat-end.
Controlled massage stands for the fact that the liner is designed in such a way that a guaranteed and correct massage of the teat is always applied and by using 7 different massage zones, the ™AktivPULS liner always performs well, regardless of the teat length
Installation of the ™AktivPULS liners can easily be done by yourself. For adjusting the pulsation measurement, we advise you to use an approved company
How to install
Welcome to our installation video for the AktivPULS liners! In this comprehensive guide, we show you step by step how to install the liner easily and correctly on your milking robot.
First, make sure you have the necessary materials at hand and prepare your milking robot properly. Then we will show you how to remove the old liners and correctly install the new AktivPULS liners. Both before and after installation, read the instructions carefully and check that your robot’s settings are set correctly.
Follow the video carefully and get the most out of your milking robot. ‘Good luck!’ – Team ™AktivPULS
The ™AktivPULS technology is available for Lely, SAC, RoboMax, Fullwood and DeLaval robots. The cows are milked naturally, similar to how a calf drinks from its mother cow. This unique milking system causes no vacuum teat stress during milking, the cow is completely relaxed and the teat lock holes close quickly after milking, eliminating any additional risk of bacterial entry and lock hole damage.
The positive effects of commissioning ™AktivPULS are:
- No stress, more milk
- Faster and above all better milking
- Optimal udder health
- Healthy, well-circulated, soft and dry teats
- No teat-end damage
- Durable and animal-friendly
- Effective and natural massage
- Maintenance-free, long lifetime
™AktivPULS liners feature patented SSC technology, which stands for Silicon-Pro, Smart-Air and Controlled-massage
Silicon-Pro are the specially developed silicone liners, with an extra long lifetime of up to 8000 milkings and excellent cleaning properties compared to traditional rubber liners
Smart-Air is the intelligent valve which is part of the liner design. This valve in combination with the air channel built into the liner, ensures that during milking, every time between the resting and milking phases, air is transported from outside to inside and released around the teat-end.
Controlled massage stands for the fact that the liner is designed in such a way that a guaranteed and correct massage of the teat is always applied and by using 7 different massage zones, the ™AktivPULS liner always performs well, regardless of the teat length
Installation of the ™AktivPULS liners can easily be done by yourself. For adjusting the pulsation measurement, we advise you to use an approved company
Welcome to our installation video for the AktivPULS liners! In this comprehensive guide, we show you step by step how to install the liner easily and correctly on your milking robot.
First, make sure you have the necessary materials at hand and prepare your milking robot properly. Then we will show you how to remove the old liners and correctly install the new AktivPULS liners. Both before and after installation, read the instructions carefully and check that your robot’s settings are set correctly.
Follow the video carefully and get the most out of your milking robot. ‘Good luck!’ – Team ™AktivPULS
The words of our customers
"During dry-off, we now have to look for the teat openings. We also achieved a higher milking speed."
These nipple liners brought me two things. One is an improvement in those teat ends. With dry-off it's searching for the teat holes. But also importantly, a very big piece of improvement in milk speed. I found changing liner quite exciting. After all, I went from rubber to silicone. But the somatic cell count results, they went down from 170 to 63. I am very happy with that. What I am also very pleased with is the interval of changing. With rubber, I was at 2,500. Now it is every 10,000. That still saves a lot of work. After 2.5 years of milking with AktivPULS, I will definitely not go back to another type of liner.
De Bladelse Hoef
"The teat cups became lighter, and my daily workload was clearly reduced. We can also say we have less mastitis"
“In the past, we used conventional liners, but we regularly struggled with teat-end damage and early signs of mastitis. We were looking for a solution that would be gentler on the teats while improving milking efficiency. At first, we focused on reducing labor strain. The AP Unit immediately stood out because of its lighter teat cups and improved handling. Now, because the teats are treated more gently, we see fewer problems, less stress for the cows. We want to continue improving our farm step by step. With the AP Unit, we have a system that supports udder health, animal welfare, and efficient farm management. That makes it a long-term solution for us.”
Kato Dairy Farm
"Our milking speed has increased from 2.6 tot 3.1 with less teat-end hyperkeratosis and lower cell count"
Started this spring with the AktivPULS teat liner. Our milking speed has increased from 2.6 to 3.1. Additional advantages are quieter milking and less teat-end hyperkeratosis, resulting in less mastitis and a lower somatic cell count.
Northern Netherlands
"When drying off you actually have to search for the teat openings"
Satisfied user of AktivPULS for 3 years. Teat ends clearly healthier, when drying off you actually have to look for the teat canals! Milking speed clearly higher.
Southern Netherlands
"Our journey is to eliminate unnecessary mastitis. The goal is to achieve this through the cow’s natural barrier, with less hyperkeratosis. Go natural milking!"
Milking with ™AktivPULS has offered many dairy farmers a solution to overcome hyperkeratosis and achieve greater efficiency with both robotic and traditional milking. I am happy to be able to make such a difference in this particular industry. If you have experience with the ™AktivPULS way of natural milking, please let us know via our contact button! Your response may be added to our list of testimonials!
Managing Director
"80% less hyperkeratosis and 20% less mastitis"
In August, we started milking with AktivPuls. During the trial period, we only changed the liners. Before the trial, practically 80% of our cows showed signs of teat-end hyperkeratosis, 20% of which was of the 4th degree. Currently, there are no cases of hyperkeratosis in the entire herd. Previously, we had 40 to 50 cows showing signs of clinical mastitis, but now we have a maximum of 10. Subclinical mastitis has decreased from 20-25% to 3-4%.
Eastern Europe