Patented technology
Discover the 6 key Martin System® technologies that make the difference
App Doggify
Connect the Micro B or Chameleon® III B collar via Bluetooth with the Doggify mobile app.
Dogiffy App:
- notification of the contact of the collar with the dog's skin or the state of the battery
- collar temperature alert
- modification of the parameters of your collar
- each level of stimulation is modifiable
- turning off for the travel needs to countries where EO is not allowed
Chameleon® Design Patent
The design of the Chameleon® collar brings you a number of advantages:
- Increased quality of contact with the dog's skin thanks to the contacts on the sides
- Easy exchange of contact positions to minimize cases of necrosis
- Option to use Feather contacts for 100% quality contact with the dog's skin
- Discreet design
Finger Kick
The best control for hands-free training on the market.
- The smallest one
- The longest battery life
- Already more than 10 years of sales
- The best range between the Finger Kick and the remote control
With Finger Kick you will enjoy training with both of your hands being free. One Finger Kick can be assigned to each button on the controller.
CMS - Contact Measurement System
Thanks to the combination of patented NHT and SSC technologies, Martin System® collars detect the quality of contact with the dog's skin.
- avoidance of the unwanted stimulation of the dog
- correct position on the dog's neck
SSC - STIMULATION À SENSATION CONSTANTE
Animal Welfare Patent - exclusively with the Martin System®
Regardless of external influences, temperature, humidity, contact area, fur and other variables, SSC technology guarantees constant stimulation sensitivity under any conditions. This technology is necessary for e-collar training using low stimuli, as we do in the NePoPo® system.
NHT - New High Technology
Thanks to the patented NHT Transformer, Martin System® can boast about the smallest collar on the market.
- extended battery life time
- consistent stimulation (even with an almost empty battery in freezing temperatures)