Royal Canin Satiety Weight Management is formulated to assist overweight and obese dogs to lose weight. It is also suitable for dogs with diabetes or who are prone to weight gain.

As with humans, obesity is a growing issue for our pets. A survey conducted in the US in 2011 found that over half of all dogs and cats are currently overweight or obese. Although they may look cute and cuddly, overweight pets are at risk of many potential health problems and are likely to have reduced lifespans.

Health Problems Associated with Obesity in Pets:

Arthritis
Heart disease
Diabetes
Suppression of the immune system
Breathing problems
Skin problems

If you are concerned about your pets weight, ask your veterinarian for advice. They can calculate your pets ideal weight and work with you to formulate a feeding program to help them successfully lose weight and keep it off for life.

Royal Canin Satiety Weight Management is a low calorie, high fibre diet to assist your dog to lose weight. A special blend of fibres acts to physically fill the stomach and slow digestive transit time, helping your dog to feel full for longer and reduce begging and spontaneous eating behaviour. Satiety also contains high levels of protein to decrease the loss of muscle during weight loss, increase palatability and help your pet to feel full. Added l-carnitine also helps to encourage your pets metabolism to burn fat and preserve lean muscle mass. Satiety is enriched with essential nutrients including vitamins and minerals to compensate for the energy restriction used during your pets weight loss program. As osteoarthritis is a common among pets who are overweight or obese, Satiety contains glucosamine and chondroitin to support joint health.

Key Benefits:

Special blend of fibre to fill the stomach and help your dog to feel full
High protein to maintain lean muscle mass
Restricted energy levels to aid weight loss
Glucosamine and chondroitin to maintain joint health

Not suitable for pregnancy, lactation, growth, or chronic disease requiring increased energy intake.